how to read the standard of turning … to read the standard of turning inserts ahow this section...
TRANSCRIPT
A000
A092 A093
CNMG 12 04 02- FH
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
FH CNMG120402-FH 0.2 s s s s a C008C009E014E037H006─008
120404-FH 0.4 a s a a s
120408-FH 0.8 a a a a
120412-FH 1.2 a s
FS CNMG120404-FS 0.4 s a C008
C009E014E037H006─008
120408-FS 0.8 a
FY CNMG120404-FY 0.4 a a a a C008C009E014E037H006─008
120408-FY 0.8 a a a
FJ CNGG1204V5-FJ 0.05 a a C008C009E014E037H006─008
120401-FJ 0.1 a a
120402-FJ 0.2 a a
120404-FJ 0.4 a a a
120408-FJ 0.8 a a a
PK CNGG120404-PK 0.4 a C008C009E014E037H006─008
LP CNMG120404-LP 0.4 a a a a C008C009E014E037H006─008
120408-LP 0.8 a a a a
120412-LP 1.2 a a a
LM CNMG120404-LM 0.4 a a a C008C009E014E037H006─008
120408-LM 0.8 a a a
120412-LM 1.2 a a a
NEW
NEW
CN80°PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
LK CNMG120404-LK 0.4 a a C008C009E014E037H006─008
120408-LK 0.8 a a
LS CNMG120404-LS 0.4 a a a C008C009E014E037H006─008
120408-LS 0.8 a a a
SH CNMG09T304-SH 0.4 a aC008C009E014E037H006─008
09T308-SH 0.8 a
09T312-SH 1.2 a
120404-SH 0.4 a a a a a a a s
120408-SH 0.8 a a a a a a a s
120412-SH 1.2 a a a a
SA CNMG120404-SA 0.4 a a a a C008C009E014E037H006─008
120408-SA 0.8 a a a a
120412-SA 1.2 a a a s
SW CNMG120404-SW 0.4 a a a a a a a C008C009E014E037H006─008
120408-SW 0.8 a a a a a a a
120412-SW 1.2 a a a a a a
SY CNMG120404-SY 0.4 a a a C008C009E014E037H006─008
120408-SY 0.8 a a a
MJ CNMG120404-MJ 0.4 a a a a C008C009E014E037H006─008
120408-MJ 0.8 a a a a
120412-MJ 1.2 a a a
120416-MJ 1.6 a s a
MJ CNGG120404-MJ 0.4 a a s a C008
C009E014E037H006─008
120408-MJ 0.8 a a s a
NEW
NEW
*
P P P M K
NEWNEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
=
876543210 0.1 0.3 0.5 0.7
FY
SY
876543210 0.1 0.3 0.5 0.7
HX
RP
FH
MP
LP
876543210 0.1 0.3 0.5 0.7
SW
MW
876543210 0.1 0.3 0.5 0.7
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
aGraph of chip control by work materialShows recommended chip breakers and chip control range according to work material and cutting application.Graphs are coloured according to cutting applications(Finish|Light|Medium|Rough|Heavy)and contain recommended breakers for each application.
LEGEND FOR STOCK STATUS MARKis shown on the left hand page of each double-page spread.
INDICATION OF CHIPBREAKERindicates the designation for a chipbreaker.
PHOTO OF INSERT
PAGE REFERENCE· CHIP BREAKERS· GRADES· TECHNICAL DATAindicates reference pages, on the right hand page of each double-page spread.
APPLICABLE HOLDER PAGEindicates reference pages for details of applicable holders.
CUTTING APPLICATIONis shown in order of: Finish→Light →Medium→Rough→Heavy.
PRODUCT SECTION
INDICATION OF NEGATIVE/POSITIVE TYPE
INSERT NUMBER
STOCK STATUS
INSERT GRADES
HOW TO READ THE STANDARD OF TURNING INSERTSaHow this section page is organisedzOrganised according to turning insert shape.
(Refer to the index on the next page.)x Inserts are arranged in order of :
• Negative inserts (with hole|without hole)• Positive inserts (with hole|without hole)
cBreakers are arranged in order of :Finish Cutting|Light Cutting|Medium Cutting |Rough Cutting|Heavy Cutting
Finish Cutting : Light Cutting : Medium Cutting : Rough Cutting : Heavy Cutting :
GRADE APPLICATION RECOMMENDED FOR EACH WORK MATERIALcutting conditions suitable for each type of work material is shown as a general guide to select the grade.
: Stable Cutting : General Cutting : Unstable CuttingSHAPE & ANGLE MARK
TITLE OF PRODUCT ACCORDING TO THE INSERT TYPE
CORNER RADIUS
TURNING INSERTS [NEGATIVE]
TUR
NIN
G IN
SER
TS
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Light Cutting
Light Cutting
Light Cutting
Light Cutting
Light Cutting(Wiper)
Light Cutting
Light Cutting
Light Cutting
CHIP CONTROL RANGE FOR WORK MATERIALS
WITH HOLE
WITH HOLE
TYPE INSERTS WITH HOLE
* Please refer to page A028 before using the SW breaker (wiper insert).
Chip Breaker
Mild Steel Carbon Steel · Alloy Steel (180─280HB) Carbon Steel · Alloy Steel (Wiper) Stainless Steel (<200HB) Cast Iron (<350MPa)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Light Cutting
Light Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Flat Top
a : Inventory maintained. s : Inventory maintained in Japan.
A001
A002A004A006A009A010A026A028A030A031A034A036A038A039A040A041A042A070
A092A098A104A105A110A116A119
A124A125A126
A127A133A134A139A140
A141A143A144A146A147A150A153A155A156A157A158A159A160
A161A162A163
IDENTIFICATION ..................................................................HOLE GEOMETRY ...............................................................PRECISION BREAKER SYSTEM ........................................OUTLINE OF ...............................................OPTIMUM GRADES AND CHIP BREAKERS FOR EXTERNAL TURNING ...PRECISION BREAKER SYSTEM ........................................WIPER INSERT .....................................................................GRADES FOR TURNING .....................................................TURNING APPLICATION RANGE .......................................COATED CARBIDE (CVD) ...................................................COATED CARBIDE (PVD) ...................................................CERMET ...............................................................................COATED CERMET ...............................................................CEMENTED CARBIDE .........................................................MICRO-GRAIN CEMENTED CARBIDE ...............................CLASSIFICATION OF INSERTS ..........................................RECOMMENDED CUTTING CONDITIONS .........................
STANDARD OF INSERTS
TURNING
INSERT GRADES INSERT STANDARDS
NEGATIVE INSERTS WITH HOLE CNooTYPE...RHOMBIC 80° ........... DNooTYPE...RHOMBIC 55° ........... RNooTYPE...ROUND .................. SNooTYPE...SQUARE 90° ............ TNooTYPE...TRIANGULAR 60° ....... VNooTYPE...RHOMBIC 35° ........... WNooTYPE...TRIGON 80° .............NEGATIVE INSERTS WITHOUT HOLE KNooTYPE...PARALLELOGRAM 55° ... SNooTYPE...SQUARE 90° ............ TNooTYPE...TRIANGULAR 60° .......POSITIVE INSERTS WITH HOLE CCooTYPE...RHOMBIC 80° ........... CPooTYPE...RHOMBIC 80° ........... DCooTYPE...RHOMBIC 55° ........... DEooTYPE...RHOMBIC 55° ........... RCooTYPE...ROUND ..................
SCooTYPE...SQUARE 90° ............ SPooTYPE...SQUARE 90° ............. TCooTYPE...TRIANGULAR 60° ....... TEooTYPE...TRIANGULAR 60° ....... TPooTYPE...TRIANGULAR 60° ....... VBooTYPE...RHOMBIC 35° ........... VCooTYPE...RHOMBIC 35° ........... VDooTYPE...RHOMBIC 35° ........... VPooTYPE...RHOMBIC 35° ............ WBooTYPE...TRIGON 80° ............. WCooTYPE...TRIGON 80° ............. WPooTYPE...TRIGON 80°.............. XCooTYPE...RHOMBIC 25° ...........POSITIVE INSERTS WITHOUT HOLE RTG TYPE ................................ SPooTYPE...SQUARE 90° ............. TPooTYPE...TRIANGULAR 60° .......
A002
øD1øD1
m
m
S1
m
6.35 e0.08 e0.08 e0.08 e0.11 e0.16 ─ 9.525 e0.08 e0.08 e0.08 e0.11 e0.16 ─12.70 e0.13 e0.13 e0.13 e0.15 ─ ─15.875 e0.15 e0.15 e0.15 e0.18 ─ ─19.05 e0.15 e0.15 e0.15 e0.18 ─ ─25.40 ─ e0.18 ─ ─ ─ ─31.75 ─ e0.20 ─ ─ ─ ─
6.35 e0.05 e0.05 e0.05 e0.05 e0.05 ─ 9.525 e0.05 e0.05 e0.05 e0.05 e0.05 e0.0512.70 e0.08 e0.08 e0.08 e0.08 ─ e0.0815.875 e0.10 e0.10 e0.10 e0.10 ─ e0.1019.05 e0.10 e0.10 e0.10 e0.10 ─ e0.1025.40 ─ e0.13 ─ ─ ─ e0.1331.75 ─ e0.15 ─ ─ ─ e0.15
A 3°
B 5°
C 7°
D 15°
E 20°
F 25°
G 30°
N 0°
P 11°
O
W
(40─60°)
A
T M
Q
(40─60°)
G
U N
B
(70─90°)
R
H F
C
(70─90°)
X
J
A e0.005 e0.025 e0.025F e0.005 e0.013 e0.025C e0.013 e0.025 e0.025H e0.013 e0.013 e0.025E e0.025 e0.025 e0.025G e0.025 e0.025 e0.13J e0.005 e0.05─e0.15 e0.025K * e0.013 e0.05─e0.15 e0.025L * e0.025 e0.05─e0.15 e0.025M * e0.08─e0.18 e0.05─e0.15 e0.13N * e0.08─e0.18 e0.05─e0.15 e0.025U * e0.13─e0.38 e0.08─e0.25 e0.13
H
O
P
S
T
C
D
E
F
M
V
W
L
A
B
K
R
X
C N M Gz
x
c
v
TURNING INSERTSTU
RN
ING
INSE
RTS
Detail of M Class Insert ToleranceaTolerance of Nose Height m (mm)
D.I.C. Triangular Square Rhombic 80°
Rhombic 55°
Rhombic 35° Round
aTolerance of Inscribed Circle (mm)
D.I.C. Triangular Square Rhombic 80°
Rhombic 55°
Rhombic 35° Round
Symbol Insert Shape
Hexagonal
Octagonal
Pentagonal
Square
Triangular
Rhombic 80°
Rhombic 55°
Rhombic 75°
Rhombic 50°
Rhombic 86°
Rhombic 35°
Trigon
Rectangular
Parallelogram 85°
Parallelogram 82°
Parallelogram 55°
Round
Special Design
z Symbol for Insert Shape
x Symbol for Normal ClearanceSymbol Normal Clearance
Other Normal Clearance
Major Normal Clearance
v Symbol for Fixing and/or for Chip BreakerMetric
Symbol Hole Hole Configuration
Chip Breaker Figure Symbol Hole Hole
ConfigurationChip
Breaker Figure
With Hole Cylindrical Hole+
One Countersink
No With Hole Cylindrical Hole No
With Hole One Sided With Hole Cylindrical Hole One
Sided
With Hole Cylindrical Hole+
Double Countersink
No With Hole Cylindrical Hole Double Sided
With Hole Double Sided
Without Hole ─ No
With Hole Cylindrical Hole+
One Countersink
No Without Hole ─ One
Sided
With Hole One Sided
Without Hole ─ Double
Sided
With Hole Cylindrical Hole+
Double Countersink
No ─ ─ ─ Special Design
With Hole Double Sided
c Symbol for Tolerance Class
SymbolTolerance of Nose Height
m (mm)
Tolerance of Inscribed Circle
øD1 (mm)
Tolerance of ThicknessS1 (mm)
The surface of insert with * mark is sintered.
Triangular insert with a facet (Secondary Cutting Edge)
c Symbol for Tolerance Class
IDENTIFICATION
A003
12 04 08 (E) (N) MPb n
m , .
/
02 04 03 03 06 3.97
L3 08 05 04 04 08 4.76
03 09 06 05 05 09 5.56
06 6.00
04 11 07 06 06 11 6.35
05 13 09 08 07 13 7.94
08 8.00
09 06 16 11 09 09 16 9.525
10 10.00
12 12.00
12 08 22 15 12 12 22 12.70
15 10 19 16 15 27 15.875
16 16.00
19 13 23 19 19 33 19.05
20 20.00
27 22 22 38 22.225
25 25.00
25 31 25 25 44 25.40
31 38 32 31 54 31.75
32 32.00
S1 1.39
01 1.59
T0 1.79
02 2.38
T2 2.78
03 3.18
T3 3.97
04 4.76
06 6.35
07 7.94
09 9.52
00V3 0.03
V5 0.05
01 0.1
02 0.2
04 0.4
08 0.8
12 1.2
16 1.6
20 2.0
24 2.4
28 2.8
32 3.2
F
E
T
S
R
L
N
LP MP RP
LM MM RM
LK MK RK
LS MS RS
FP LP MP
MA SW MW
HZ HX HV
-
TUR
NIN
G IN
SER
TS
Symbol Diameter of Inscribed Circle
(mm)
b Symbol for Insert Size
* Thickness is from the bottom of the insert to the top of the cutting edge.
Symbol Thickness (mm)
n Symbol for Insert Thickness
m Symbol for Insert Corner ConfigurationSymbol Corner Radius (mm)
Sharp Nose
00 : InchM0 : Metric Round Insert
, Symbol for Cutting Edge ConditionFigure Cutting Edge Symbol
Sharp Cutting Edges
Round Cutting Edges
Chamfered Cutting Edges
Chamfered and Rounded Cutting Edges
Mitsubishi Materials omit the honing symbol.
. Symbol for Cutting DirectionFigure Hand Symbol
Right
Left
Neutral
/ Symbol for Chip Breaker
(Refer to JIS-B4120-1998)
A004
D2 D3 B (°)
C C E T0602pp 2.8 3.8 R B09T3pp 4.4 6.0 R B
CCGBCCMBCCGHCCMH
0602pp 2.8 3.9 R B
C C G T
03S1pp 2.0 2.9 R B04T0pp 2.4 3.5 R B
0602pp 2.8 3.8 R B
09T3pp 4.4 6.0 R B1204pp 5.5 7.5 R B
C C M T
0602pp 2.8 3.8 R B0803pp 3.4 4.5 R B
09T3pp 4.4 6.0 R B1204pp 5.5 7.5 R B
CCGWCCMW
03S1pp 2.0 2.9 R B04T0pp 2.4 3.5 R B
0602pp 2.8 3.8 R B
09T3pp 4.4 6.0 R B1204pp 5.5 7.5 R B
C P G T0802pp 3.4 4.5 R B0903pp 4.4 6.0 R B
C P G BCPMBCPMH
0802pp 3.5 5.3 78° D0903pp 4.5 6.3 78° D
CPMX0802pp 3.5 5.6 78° D0903pp 4.6 6.6 80° D
D C E TD C G T
0702pp 2.8 3.8 R B11T3pp 4.4 6.0 R B
DCGWDCMWD C M T
0702pp 2.8 3.8 R B11T3pp 4.4 6.0 R B1504pp 5.5 7.5 R B
D E G X 1504pp 5.1 7.0 85° C
RCMX
1003M0 3.6 4.6 21° D1204M0 4.2 5.4 21° D
1606M0 5.2 6.7 21° D
2006M0 6.5 8.0 21° D
2507M0 7.2 9.1 21° D3209M0 9.5 11.7 21° D
D2
C N G ACNGGCNMACNMGCNMMCNMP
0903pp 3.81 A0904pp 3.81 A
1204pp 5.16 A
1606pp 6.35 A
1906pp 7.93 A2509pp 9.12 A
D N G ADNGGDNGMDNMADNMGDNMMDNMX
1104pp 3.81 A1504pp 5.16 A1506pp 5.16 A
S N G ASNGGS N M ASNMGSNMM
0903pp 3.81 A1204pp 5.16 A
1506pp 6.35 A
1906pp 7.93 A
2507pp 9.12 A2509pp 9.12 A
T N G AT N G GT N M ATNMGTNMMT N M X
1103pp 2.26 A1603pp 3.81 A
1604pp 3.81 A
2204pp 5.16 A
2706pp 6.35 A3309pp 7.93 A
V N G AVNGMVNGGVNMGVNMM
1604pp 3.81 A
WNMAWNMG
0603pp 3.81 A06T3pp 3.81 A
0604pp 3.81 A0804pp 5.16 A
RNMGRNMA
090300 3.81 A120400 5.16 A
150600 6.35 A
190600 7.93 A
250900 9.12 A310900 12.7 A
øD2
øD2
øD3
R
øD2
øD3
B øD2
øD3
B
TURNING INSERTSTU
RN
ING
INSE
RTS
NEGATIVE POSITIVE
HOLE GEOMETRY Type A Type B Type C Type D
Insert NumberDimensions (mm)
Hole TypeInsert NumberDimension (mm)
Hole Type
A005
D2 D3 B (°)
R C G TR C M T
0602M0 2.8 3.8 R B0803M0 3.4 4.5 R B10T3M0 4.4 6.0 R B
RGGM 2004M0 5.6 7.5 53° C
S C M TSCMW
09T3pp 4.4 6.0 R B1204pp 5.5 7.5 R B
SPMW0903pp 4.6 6.0 R B1203pp 5.7 7.5 R B
S P M T0903pp 4.4 6.0 R B1203pp 5.5 7.5 R B
S P G X0903pp 4.8 6.4 58° D1203pp 5.9 7.7 58° D
T C G TT C M TTCGWTCMW
0601pp 2.3 3.2 R B0802pp 2.3 3.0 R B
0902pp 2.5 3.3 R B
1102pp 2.8 3.8 R B
1303pp 3.4 4.5 R B16T3pp 4.4 6.0 R B
T E G X 1603pp 4.4 6.1 88° D
T P G X
0802pp 2.5 3.8 88° C0902pp 3.0 4.3 88° C
1103pp 3.5 4.8 88° C1603pp 4.8 6.5 58° D
T P M X
0802pp 2.7 3.8 88° C0902pp 3.2 4.3 88° C
1103pp 3.7 4.8 88° C1603pp 4.8 6.4 58° D
T P G BT P M BT P G HT P M H
0802pp 2.4 4.0 78° D0902pp 2.9 4.3 78° D
1103pp 3.4 4.8 78° D1603pp 4.4 6.5 78° D
T P G T 1603pp 4.4 6.0 R B
T P G V0902pp 2.8 3.8 R B1103pp 3.4 4.5 R B
D2 D3 B (°)
V B E TV B G TV B M TVBGW
1103pp 2.9 3.8 R B1604pp 4.4 6.0 R B
V C G TV C M TVCGWVCMW
0802pp 2.4 3.2 R B1103pp 2.8 3.8 R B
1604pp 4.4 6.0 R B2205pp 7.5 5.5 R B
V D G X 1603pp 4.5 6.1 88° D
V P E TV P G T
0802pp 2.4 3.2 R B1103pp 2.9 3.8 R B
WBGTWBMT
0201pp 2.3 3.2 R BL302pp 2.3 3.2 R B
WCGTWCMTWCGWWCMW
0201pp 2.3 3.0 R BL302pp 2.3 3.0 R B
0402pp 2.8 3.8 R B06T3pp 4.4 6.0 R B
WPGTWPMT
0402pp 2.8 3.8 R B0603pp 4.4 6.0 R B
X C M T 1503pp 2.8 3.8 R B
øD2
øD2
øD3
R
øD2
øD3
B øD2
øD3
B
TUR
NIN
G IN
SER
TS
POSITIVE
Insert NumberDimensions (mm)
Hole TypeInsert NumberDimensions (mm)
Hole Type
Type A Type B Type C Type D
A006
a
L3 L4 B2 B7
L3 B2
DNGG 150404R/L 2.8 ─ 15 ─ 150408R/L 2.8 ─ 15 ─
L3 B2
L4
SNGG 090304R/L 1.8 1.6 15 ─ 090308R/L 1.8 1.6 15 ─
120404R/L 2.3 3.7 15 ─
120408R/L 2.3 3.7 15 ─
L3
L3B2 B7
TNGG 160402R/L-FS 1.3 ─ 15 30 160404R/L-FS 1.3 ─ 15 30 160408R/L-FS 1.3 ─ 15 30
L3
L3B2 B7
TNGG 160402R/L-F 2.5 ─ 15 30 160404R/L-F 2.5 ─ 15 30 160408R/L-F 2.5 ─ 15 30
L3 B2
L4
TNGG 160402R/L-K 1.5 7.1 15 ─ 160404R/L-K 1.5 5.4 15 ─ 160408R/L-K 1.5 5.1 15 ─
L3 B2
L4
TNGG 110302R/L 1.3 3.2 15 ─ 110304R/L 1.3 3.0 15 ─
110308R/L 1.3 2.7 15 ─
160304R/L 2.3 5.4 15 ─
160308R/L 2.3 5.1 15 ─
160402R/L 1.3 8.7 15 ─
160404R/L 2.3 5.4 15 ─
160408R/L 2.3 5.1 15 ─
160412R/L 2.3 4.8 15 ─
220404R/L 2.8 9.4 15 ─
220408R/L 2.8 9.1 15 ─ 220412R/L 2.8 8.8 15 ─
L3 B2
VNGG 160404R/L 1.8 ─ 15 ─ 160408R 1.8 ─ 15 ─
TURNING INSERTSTU
RN
ING
INSE
RTS
NEGATIVE INSERTS
PRECISION BREAKER SYSTEMSTANDARD OF INSERTS WITH HAND OF TOOL
Geometry Insert Number
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
A007
a
L3 L4
L3
L3
20°30°
CCET 0602V3R/L-SR 2.2 ─ 060201R/L-SR 2.2 ─ 060202R/L-SR 2.2 ─ 060204R/L-SR 2.2 ─ 09T3V3R/L-SR 3.2 ─ 09T301R/L-SR 3.2 ─ 09T302R/L-SR 3.2 ─ 09T304R/L-SR 3.2 ─
L3
20°
CCET 060200R/L-SN 1.0 ─ 0602V3R/L-SN 1.0 ─ 060201R/L-SN 1.0 ─ 060202R/L-SN 1.0 ─ 060204R/L-SN 1.0 ─ 09T300R/L-SN 1.5 ─ 09T3V3R/L-SN 1.5 ─ 09T301R/L-SN 1.5 ─ 09T302R/L-SN 1.5 ─ 09T304R/L-SN 1.5 ─
L3
20°
CCET 0602V3R/LW-SN 1.0 ─ 09T3V3R/LW-SN 1.5 ─
L3
L3
20°15°
CCGH 060202R/L-F 1.2 ─ 060204R/L-F 1.4 ─
L3
L3
35°17°
CCGT 03S1V3L-F 0.8 ─ 03S101L-F 0.8 ─ 03S102L-F 0.8 ─ 03S104L-F 0.8 ─ 04T0V3L-F 1.0 ─ 04T001L-F 1.0 ─ 04T002L-F 1.0 ─ 04T004L-F 1.0 ─
L3
L414°
CCGT 0602V3R/L-SS 1.0 3.0 060201R/L-SS 1.0 3.0 060202R/L-SS 1.0 3.0 09T3V3R/L-SS 1.0 5.0 09T301R/L-SS 1.0 5.0 09T302R/L-SS 1.0 5.0
L3
L420°
CCGT 0602V3R-SN 1.0 3.0 060201R/L-SN 1.0 3.0 060202R/L-SN 1.0 3.0 09T3V3R/L-SN 1.5 5.0 09T301R/L-SN 1.5 5.0 09T302R/L-SN 1.5 5.0 09T304R/L-SN 1.5 5.0
L3
L3
20°15°
CPGT 080204R/L-F 0.6 ─ 090302R/L-F 0.8 ─ 090304R/L-F 0.8 ─
L3 L4
L3
L3
20°15°
CPMH 080204R/L-F 1.0 ─ 090304R/L-F 1.4 ─
L3
L3
20°30°
DCET 0702V3R/L-SR 2.5 ─ 070201R/L-SR 2.5 ─ 070202R/L-SR 2.5 ─ 070204R/L-SR 2.5 ─ 11T3V3R/L-SR 3.7 ─ 11T301R/L-SR 3.7 ─ 11T302R/L-SR 3.7 ─ 11T304R/L-SR 3.7 ─
L3
20°
DCET 070200R/L-SN 1.0 ─ 0702V3R/L-SN 1.0 ─ 070201R/L-SN 1.0 ─ 070202R/L-SN 1.0 ─ 070204R/L-SN 1.0 ─ 11T300R/L-SN 1.5 ─ 11T3V3R/L-SN 1.5 ─ 11T301R/L-SN 1.5 ─ 11T302R/L-SN 1.5 ─ 11T304R/L-SN 1.5 ─
L3
20°
DCET 0702V3R/LW-SN 1.0 ─ 11T3V3R/LW-SN 1.5 ─
L3
L3
20°* 17°
DCGT 070202R/L-F 1.0 ─ 070204R/L-F 1.0 ─ 11T302R/L-F 1.0 ─ 11T304R/L-F 1.0 ─
L3
L414°
DCGT 0702V3R/L-SS 1.0 3.5 070201R/L-SS 1.0 3.5 070202R/L-SS 1.0 3.5 11T3V3R-SS 1.0 6.5 11T301R-SS 1.0 6.5 11T302R-SS 1.0 6.5
L3
L420°
DCGT 0702V3R-SN 1.0 3.5 070201R-SN 1.0 3.5 070202R/L-SN 1.0 3.5 11T3V3R/L-SN 1.5 6.5 11T301R/L-SN 1.5 6.5 11T302R/L-SN 1.5 6.5 11T304R/L-SN 1.5 6.5
L3
20°
DEGX 150402R/L 2.8 ─ 150404R/L 2.8 ─
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POSITIVE INSERTS
Geometry Insert Number
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Left hand insert shown.
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Geometry Insert Number
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
*DCGT11T3ootype : 14°Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
A008
a
L3 L4
L3
L3
20°25°
DEGX 150402R/L-F 2.5 ─ 150404R/L-F 2.5 ─
L3
L415°
SPGR090304R/L 1.8 1.6
L3
L3
20°14°
TCGT 0601V3L-F 1.0 ─ 060101L-F 1.0 ─ 060102R/L-F 1.0 ─ 060104R/L-F 1.0 ─
L3
L4 20°
TEGX 160302R/L 2.0 6.0 160304R/L 2.0 6.0
L3
L3
20°* 15°
TPGH 080202R/L-FS 0.9 ─ 080204R/L-FS 0.9 ─ 090202R/L-FS 1.0 ─ 090204R/L-FS 1.0 ─ 110302R/L-FS 1.4 ─ 110304R/L-FS 1.4 ─ 160304R/L-FS 2.0 ─ 160308R/L-FS 2.0 ─
L3
L4 15°
TPGR 110304R/L 1.3 3.0 160304R/L 2.3 5.4 160308R/L 2.3 5.1
L3
L3
20°10°
TPGX 080202R/L 1.3 ─ 080204R/L 1.3 ─ 090202R/L 1.6 ─ 090204R/L 1.6 ─ 090208R/L 1.4 ─ 110302R/L 1.8 ─ 110304R/L 1.8 ─ 110308R/L 1.8 ─
L3 L4
L3
L3
20°13°
VBGT 110302R/L-F 1.0 ─ 110304R/L-F 1.0 ─ 160402R/L-F 1.5 ─ 160404R/L-F 1.5 ─
L3
L3
20°30°
VBET 1103V3R/L-SR 2.5 ─ 110301R/L-SR 2.5 ─ 110302R/L-SR 2.5 ─ 110304R/L-SR 2.5 ─
L3
20°
VBET 110300R/L-SN 1.0 ─ 1103V3R/L-SN 1.0 ─ 110301R/L-SN 1.0 ─ 110302R/L-SN 1.0 ─ 110304R/L-SN 1.0 ─
L3
20°
VBET1103V3R/LW-SN 1.0 ─
L3L3
20°13°
VCGT 080202R/L-F 0.8 ─ 080204R/L-F 0.8 ─
L3
L3
20°25°
VDGX 160302R/L 2.0 ─ 160304R/L 2.0 ─
L3
L3
20°13°
VPET 080201R/L-SRF 0.8 ─ 080202R/L-SRF 0.8 ─ 1103V3R/L-SRF 1.0 ─ 110301R/L-SRF 1.0 ─ 110302R/L-SRF 1.0 ─
L3
L3
30°13°
WBGT 0201V3L-F 1.0 ─ 020101L-F 1.0 ─ 020102L-F 1.0 ─ 020104L-F 1.0 ─ L302V3L-F 1.0 ─ L30201L-F 1.0 ─ L30202R/L-F 1.0 ─ L30204R/L-F 1.0 ─
L3
L3
30°15°
WCGT 020102R/L 1.0 ─ 020104R/L 1.0 ─ L30202R/L 1.0 ─ L30204R/L 1.0 ─
L3
L3
20°15°
WPGT 040202R/L-FS 1.0 ─ 040204R/L-FS 1.0 ─ 060304R/L-FS 1.0 ─ 060308R/L-FS 1.0 ─
TURNING INSERTSTU
RN
ING
INSE
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POSITIVE INSERTS
PRECISION BREAKER SYSTEMSTANDARD OF INSERTS WITH HAND OF TOOL
Geometry Insert Number
Right hand insert shown.
Right hand insert shown.
Left hand insert shown.
Right hand insert shown.
*TPGH1603ootype : 14°Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Geometry Insert Number
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Right hand insert shown.
Left hand insert shown.
Right hand insert shown.
Right hand insert shown.
A009
y
y
1234567890QU691NZ1AM3B9
CNMG120408-MPCNMG432MPMC6025
CNMG120408-MP MC6025CNMG432MP
120HB 140HB 160HB 180HB 200HB 220HB 240HB 260HB 280HB 300HB 320HB 340HB
P 1.34 1.19 1.08 1.00 0.92 0.85 0.80 0.75 0.71 0.68 0.64 0.61M 1.41 1.23 1.10 1.00 0.91 0.85 0.78 0.72 0.68 0.64 0.61 0.58K 1.27 1.19 1.09 1.00 0.97 0.91 0.88 0.85 0.81 0.78 0.75 0.72
a
a
z
a
a
c
v
x
UE6105 1.00 0.79 0.69 0.63 0.55UE6110 1.00 0.82 0.72 0.67 0.59
MC6025 1.00 0.83 0.75 0.69 0.62
UE6035 1.00 0.88 0.82 0.78 0.73
MP3025 1.00 0.85 0.77 0.72 0.65NX2525 1.00 0.87 0.80 0.76 0.70
MC7015 1.00 0.83 0.75 0.70 0.63MC7025 1.00 0.90 0.84 0.80 0.75
MP7035 1.00 0.84 0.76 0.71 0.62US735 1.00 0.78 0.68 0.61 0.53
MC5005 1.00 0.83 0.75 0.70 0.63MC5015 1.00 0.83 0.75 0.69 0.62
y
y
vc 310 - 190 m/min 1015 - 625 SFMf 0.16 - 0.50 mm/rev 0.006 - 0.020 IPR
P 180HBM 180HBK 180HB
S 320HB400HB
H HRC60
MADE IN JAPAN
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OUTLINE provides customers with information and suitable cutting conditions for each work material by selecting the optimum
indexable insert together with a suitable tool life expectancy.
LABEL INDICATION
Cutting speed standards (Performance versus tool life) Feed rate standards
EDP code
P : Steel (Reference material : Carbon steel, alloy steel 180HB)M : Stainless steel (Reference material : Austenitic stainless steel 180HB)K : Cast iron (Reference material : Gray cast iron, ductile cast iron 180HB)N : Aluminium alloy, non-ferrous metalsS : Reference material : Titanium alloy 320HB, Ni-Based alloy 400HBH : Hardened steel HRC60
Work materials
Minimum and maximum feed rates shown are based on the chip control range and are dependant on the chip breaker geometry.
Work materialSoft (Hardness of workpiece) Hard
P Grade (Steel) cutting speed coefficient values
M Grade (Stainless Steel) cutting speed coefficient values
K Grade (Cast lron) cutting speed coefficient valuesTool lifeGrade 15min 30min 45min 60min 90min
Tool lifeGrade 15min 30min 45min 60min 90min
Tool lifeGrade 15min 30min 45min 60min 90min
HARDNESS OF THE WORK MATERIALHardness of the work material also affects tool life. Mitsubishi's suggests cutting speed variations when material hardness differs. Obtain the suitable coefficient value for each type of work material from the chart below. Multiply the coefficient value by the recommended cutting speed of the grade used to calculate a new cutting speed.
TOOL LIFECutting speed affects tool life. Mitsubishi's suggests cutting speeds according to the cutting speeds standard table shown above and based on Taylor's equation (relationship for tool grade, cutting conditions and tool life). When a different tool life is required, obtain the coefficient values from the charts below. Multiply the coefficient values by the cutting speed to calculate a new cutting speed.
(ex.) Medium cutting of steelThe 1st recommendationIndexable inserts Recommended cutting speed(Tool life : 15min.)
Tool life required by the customer : 30min.
310×0.83i257m/min
: MC6025 : CNMG120408-MP : vc=310m/min
*1 Some inserts will have multiple material recommendations.
*2 Please contact us for recommended cutting conditions when using coefficient values other than above.
*3. N :Cutting speed is determined using a grades wear resistance properties.Select higher speeds for stable applications and lower speeds for unstable applications.
*4. Tool life is shown in cutting time until the values below are - VB=0.3mm for ISO PMKS materials VB=0.1mm for ISO H materials
Global EDP code is a 10 digit number for stock keeping and is recorded on the QR code.
Work material
Max tool life
Max performance Material Hardness
90min 15min Carbon steel, alloy steel90min 15min Stainless steel90min 15min Cast iron
25min 5minTitanium alloyNi-Based alloy
80min 10min Hardened steel
z
v
xc
A010
FY
FY
FY
SY
SY
SY
VP25N
MP3025
UE6020
VP25N
MP3025
UE6020
y
a
y
FLMRH
PF FY VP25N 285─445 0.09─0.23 0.20─0.80
L SY VP25N 260─405 0.16─0.33 0.50─1.20
F FY MP3025 275─420 0.09─0.23 0.20─0.80
L SY MP3025 250─385 0.16─0.33 0.50─1.20
F FY UE6020 285─460 0.09─0.23 0.20─0.80
L SY UE6020 260─420 0.16─0.33 0.50─1.20
TURNING INSERTSTU
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INSE
RTS OPTIMUM GRADES AND CHIP BREAKERS FOR EXTERNAL TURNING
The following diagrams show for each type of work material, the optimal combination of suitable grades and chip breakers for each application area in turning.
Continuous CuttingConstant Depth of CutPre-MachinedSecurely Clamped Component Cutting
Heavy Interrupted CuttingIrregular Depth of CutLow Clamping Rigidity Cutting
CUTTING CONDITIONS CUTTING AREA
Selection of optimum inserts for turning
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
Light Cutting
Medium Cutting
Rough Cutting
Heavy Cutting
Mild Steel (ex. St37-2, Ck10)
NEGATIVE INSERTS
vc : Cutting Speed f : Feedap : Depth of Cut
Finish Cutting Light Cutting
Cutting Area 1st RecommendationChip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
General Cutting
Unstable Cutting
*Please refer to page A070 for other steel.
A011
FH
FH
FH
LP
LP
LP
MP
MP
MP
RP
RP
RP
HX
HX
HX
AP25N
MP3025
UE6110
UE6105
UE6110
MC6025
UE6105
UE6110
MC6025
UE6105
UE6110
MC6025
UE6110
UE6020
UH6400
P
FLMRH
F FH AP25N 215─340 0.08─0.20 0.20─1.00
L LP UE6105 220─405 0.10─0.40 0.30─2.00
M MP UE6105 200─370 0.16─0.50 0.30─4.00
R RP UE6105 190─350 0.25─0.60 1.50─6.00
H HX UE6110 160─275 0.50─1.26 3.00─11.00
F FH MP3025 210─325 0.08─0.20 0.20─1.00
L LP UE6110 210─355 0.10─0.40 0.30─2.00
M MP UE6110 190─325 0.16─0.50 0.30─4.00
R RP UE6110 180─310 0.25─0.60 1.50─6.00
H HX UE6020 155─250 0.50─1.26 3.00─11.00
F FH UE6110 230─390 0.08─0.20 0.20─1.00
L LP MC6025 210─340 0.10─0.40 0.30─2.00
M MP MC6025 190─310 0.16─0.50 0.30─4.00
R RP MC6025 180─295 0.25─0.60 1.50─6.00
H HX UH6400 135─195 0.50─1.26 3.00─11.00
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Carbon Steel • Alloy Steel (ex. Ck45, 42CrMo4)
NEGATIVE INSERTS
Finish Cutting
Light Cutting
Medium Cutting
Rough Cutting
Heavy Cutting
CLASSIFICATION A042
vc : Cutting Speed f : Feedap : Depth of Cut
Cutting Area 1st RecommendationChip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
General Cutting
Unstable Cutting
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
*Please refer to page A070 for other steel.
A012
LM
LM
LM
MM
MM
MM
RM
RM
RM
MC7015
MC7025
MP7035
MC7015
MC7025
MP7035
MC7015
MC7025
MP7035
ML LM MC7015 180─285 0.10─0.30 0.30─2.00
M MM MC7015 160─255 0.15─0.45 0.70─5.00
R RM MC7015 155─245 0.25─0.55 1.50─6.00
L LM MC7025 160─215 0.10─0.30 0.30─2.00
M MM MC7025 145─195 0.15─0.45 0.70─5.00
R RM MC7025 140─185 0.25─0.55 1.50─6.00
L LM MP7035 95─155 0.10─0.30 0.30─2.00
M MM MP7035 85─140 0.15─0.45 0.70─5.00
R RM MP7035 85─135 0.25─0.55 1.50─6.00
LMR
TURNING INSERTSTU
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RTS OPTIMUM GRADES AND CHIP BREAKERS FOR EXTERNAL TURNING
NEGATIVE INSERTSStainless Steel (ex. X5CrNi189, X5CrNiMo1810)
Light Cutting Medium Cutting Rough Cutting
vc : Cutting Speed f : Feedap : Depth of Cut
Cutting Area 1st RecommendationChip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
General Cutting
Unstable Cutting
Stable Cutting
General Cutting
Unstable Cutting
Light Cutting
Medium Cutting
Rough Cutting
*Please refer to page A072 for other stainless steel.
A013
LK MK RK
LK MK RK
LK MK RK
MC5005 MC5005 MC5005
MC5015 MC5015 MC5015
MC5015 MC5015 MC5015
MC5005
MC5015
MC5015
KL MC5005 235─375 0.10─0.40 0.30─2.00
M MC5005 210─335 0.20─0.55 1.00─4.00
R MC5005 195─315 0.25─0.60 1.50─6.00
H MC5005 195─315 0.20─0.60 2.50─6.00
L MC5015 205─335 0.10─0.40 0.30─2.00
M MC5015 190─305 0.20─0.55 1.00─4.00
R MC5015 180─285 0.25─0.60 1.50─6.00
H MC5015 180─285 0.20─0.60 2.50─6.00
L MC5015 205─335 0.10─0.40 0.30─2.00
M MC5015 190─305 0.20─0.55 1.50─4.00
R MC5015 180─285 0.25─0.60 1.50─6.00
H MC5015 180─285 0.20─0.60 2.50─6.00
LMRH
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NEGATIVE INSERTSCast Iron (ex. GG30)
CLASSIFICATION A042
Cutting Area 1st RecommendationChip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
LKMKRKFlat Top
General Cutting
LKMKRKFlat Top
Unstable Cutting
LKMKRKFlat Top
Stable Cutting
General Cutting
Unstable Cutting
Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Flat Top
Flat Top
Flat Top
vc : Cutting Speed f : Feedap : Depth of Cut
Light Cutting
Medium Cutting
Rough Cutting
Heavy Cutting
*Please refer to page A077 for other cast iron.
A014
FJ
FJ
FJ
LS
LS
MJ
MS
MS
MS
RS
RS
GJ
RT9010
RT9010
RT9010
MT9015
MT9015
RT9010
MT9015
MT9015
RT9010
MT9015
MT9015
RT9010
SF FJ RT9010 45─95 0.07─0.20 0.10─1.00
L LS MT9015 40─85 0.10─0.25 0.20─0.80
M MS MT9015 40─80 0.10─0.25 0.50─4.00
R RS MT9015 35─75 0.20─0.35 1.00─4.00
F FJ RT9010 45─95 0.07─0.20 0.10─1.00
L LS MT9015 40─85 0.10─0.25 0.20─0.80
M MS MT9015 40─80 0.10─0.25 0.50─4.00
R RS MT9015 35─75 0.20─0.35 1.00─4.00
F FJ RT9010 45─95 0.07─0.20 0.10─1.00
L MJ RT9010 40─80 0.07─0.25 0.40─1.50
M MS RT9010 40─80 0.10─0.25 0.50─4.00
R GJ RT9010 35─75 0.16─0.35 1.00─3.00
FLMR
TURNING INSERTSTU
RN
ING
INSE
RTS
NEGATIVE INSERTSTitanium Alloy (ex. Ti-6Al-4V)
OPTIMUM GRADES AND CHIP BREAKERS FOR EXTERNAL TURNING
Cutting Area 1st RecommendationChip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
General Cutting
Unstable Cutting
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
Light Cutting
Medium Cutting
Rough Cutting
Finish Cutting Light Cutting Medium Cutting Rough Cutting
vc : Cutting Speed f : Feedap : Depth of Cut
A015
FJ
FJ
FJ
LS
LS
MJ
MS
MS
MS
RS
RS
GJ
VP10RT
VP10RT
VP15TF
MP9005
MP9015
VP15TF
MP9005
MP9015
VP15TF
MP9015
MP9015
VP15TF
SF FJ VP10RT 30─60 0.07─0.20 0.10─1.00
L LS MP9005 30─110 0.10─0.25 0.20─0.80
M MS MP9005 30─100 0.10─0.25 0.50─4.00
R RS MP9015 20─75 0.20─0.35 1.00─4.00
F FJ VP10RT 30─60 0.07─0.20 0.10─1.00
L LS MP9015 25─85 0.10─0.25 0.20─0.80
M MS MP9015 25─80 0.10─0.25 0.50─4.00
R RS MP9015 20─75 0.20─0.35 1.00─4.00
F FJ VP15TF 20─40 0.07─0.20 0.10─1.00
L MJ VP15TF 20─35 0.07─0.25 0.40─1.50
M MS VP15TF 20─35 0.10─0.25 0.50─4.00
R GJ VP15TF 15─30 0.16─0.35 1.00─3.00
FLMR
TUR
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TS
NEGATIVE INSERTSNi, Co-Based Alloy (ex. Inconel®718)
CLASSIFICATION A042
Cutting Area 1st RecommendationChip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
General Cutting
Unstable Cutting
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
Light Cutting
Medium Cutting
Rough Cutting
Finish Cutting Light Cutting Medium Cutting Rough Cutting
vc : Cutting Speed f : Feedap : Depth of Cut
A016
FP MPLP
FP MPLP
FP MPLP
NX2525 NX2525
UE6110 UE6110
MC6025 MC6025
NX2525
UE6110
MC6025
P
FLM
F FP NX2525 225─320 0.04─0.20 0.20─0.90
L LP NX2525 225─320 0.06─0.25 0.20─1.00
M MP NX2525 185─265 0.08─0.30 0.30─2.00
F FP UE6110 250─425 0.04─0.20 0.20─0.90
L LP UE6110 250─425 0.06─0.25 0.20─1.00
M MP UE6110 205─350 0.08─0.30 0.30─2.00
F FP MC6025 250─405 0.04─0.20 0.20─0.90
L LP MC6025 250─405 0.06─0.25 0.20─1.00
M MP MC6025 205─335 0.08─0.30 0.30─2.00
TURNING INSERTSTU
RN
ING
INSE
RTS
Mild Steel (ex. St37-2, Ck10)
7° POSITIVE INSERTS WITH HOLE
OPTIMUM GRADES AND CHIP BREAKERS FOR EXTERNAL TURNING
vc : Cutting Speed f : Feedap : Depth of Cut
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
Light Cutting
Medium Cutting
Finish Cutting Light Cutting Medium Cutting
Cutting Area 1st RecommendationChip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
General Cutting
Unstable Cutting
*Please refer to page A081 for other steel.
A017
FP MPLP
FP MPLP
FP MPLP
NX2525 NX2525
UE6110 UE6110
MC6025 MC6025
NX2525
UE6110
MC6025
P
FLM
F FP NX2525 165─235 0.04─0.20 0.20─0.90
L LP NX2525 165─235 0.06─0.25 0.20─1.00
M MP NX2525 135─195 0.08─0.30 0.30─2.00
F FP UE6110 185─310 0.04─0.20 0.20─0.90
L LP UE6110 185─310 0.06─0.25 0.20─1.00
M MP UE6110 150─260 0.08─0.30 0.30─2.00
F FP MC6025 185─295 0.04─0.20 0.20─0.90
L LP MC6025 185─295 0.06─0.25 0.20─1.00
M MP MC6025 150─245 0.08─0.30 0.30─2.00
TUR
NIN
G IN
SER
TS
Carbon Steel • Alloy Steel (ex. Ck45, 42CrMo4)
7° POSITIVE INSERTS WITH HOLE
CLASSIFICATION A056
vc : Cutting Speed f : Feedap : Depth of Cut
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
Light Cutting
Medium Cutting
Finish Cutting Light Cutting Medium Cutting
Cutting Area 1st RecommendationChip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
General Cutting
Unstable Cutting
*Please refer to page A081 for other steel.
A018
VP15TF
VP15TF
VP15TF
MC7025 MC7025
MC7025 MC7025
MP7035 MP7035
FM
FM
FM
LM MM
LM MM
LM MM
M
FLM
F FM VP15TF 75─125 0.04─0.20 0.20─0.90
L LM MC7025 140─190 0.06─0.25 0.20─1.00
M MM MC7025 115─155 0.08─0.30 0.30─2.00
F FM VP15TF 75─125 0.04─0.20 0.20─0.90
L LM MC7025 140─190 0.06─0.25 0.20─1.00
M MM MC7025 115─155 0.08─0.30 0.30─2.00
F FM VP15TF 75─125 0.04─0.20 0.20─0.90
L LM MP7035 85─135 0.06─0.25 0.20─1.00
M MM MP7035 70─115 0.08─0.30 0.30─2.00
TURNING INSERTSTU
RN
ING
INSE
RTS
Stainless Steel (ex. X5CrNi189, X5CrNiMo1810)
7° POSITIVE INSERTS WITH HOLE
OPTIMUM GRADES AND CHIP BREAKERS FOR EXTERNAL TURNING
vc : Cutting Speed f : Feedap : Depth of Cut
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
Light Cutting
Medium Cutting
Finish Cutting Light Cutting Medium Cutting
Cutting Area 1st RecommendationChip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
General Cutting
Unstable Cutting
*Please refer to page A083 for other stainless steel.
A019
MC5005 MC5005 MC5005
MC5015 MC5015 MC5015
MC5015 MC5015 MC5015
MK
MK
MK
MK
MK
MK
KF MC5005 170─270 0.08─0.30 0.30─2.00
L MC5005 170─270 0.08─0.30 0.30─2.00
M MC5005 170─270 0.08─0.30 0.30─2.00
F MC5015 155─245 0.08─0.30 0.30─2.00
L MC5015 155─245 0.08─0.30 0.30─2.00
M MC5015 155─245 0.08─0.30 0.30─2.00
F MC5015 155─245 0.08─0.30 0.30─2.00
L MC5015 155─245 0.08─0.30 0.30─2.00
M MC5015 155─245 0.08─0.30 0.30─2.00
FLM
TUR
NIN
G IN
SER
TS
Cast Iron (ex. GG30)
7° POSITIVE INSERTS WITH HOLECutting Area 1st Recommendation
Chip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
MKMKFlat Top
General Cutting
MKMKFlat Top
Unstable Cutting
MKMKFlat Top
CLASSIFICATION A056
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
Light Cutting
Medium Cutting
vc : Cutting Speed f : Feedap : Depth of Cut
Finish Cutting Light Cutting Medium Cutting
Flat Top
Flat Top
Flat Top
*Please refer to page A086 for other cast iron.
A020
AZ
AZ
AZ
HTi10
HTi10
HTi10
NF AZ HTi10 300─700 0.10─0.40 0.20─3.00
F AZ HTi10 300─700 0.10─0.40 0.20─3.00
F AZ HTi10 300─700 0.10─0.40 0.20─3.00
F
TURNING INSERTSTU
RN
ING
INSE
RTS
7° POSITIVE INSERTS WITH HOLEAluminium Alloy (ex. A6061, A7075)
OPTIMUM GRADES AND CHIP BREAKERS FOR EXTERNAL TURNING
Cutting Area 1st RecommendationChip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable CuttingGeneral CuttingUnstable Cutting
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
vc : Cutting Speed f : Feedap : Depth of Cut
Finish Cutting
*Please refer to page A088 for other aluminium alloy.
A021
FJ
FJ
FJ
RT9010
RT9010
RT9010
SF FJ RT9010 30─75 0.04─0.12 0.20─1.40
F FJ RT9010 30─75 0.04─0.12 0.20─1.40
F FJ RT9010 30─75 0.04─0.12 0.20─1.40
F
TUR
NIN
G IN
SER
TS
Titanium Alloy (ex. Ti-6Al-4V)
7° POSITIVE INSERTS WITH HOLECutting Area 1st Recommendation
Chip Breaker Grade vc (m/min) f (mm/rev) ap (mm)Stable CuttingGeneral CuttingUnstable Cutting
CLASSIFICATION A056
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
vc : Cutting Speed f : Feedap : Depth of Cut
Finish Cutting
A022
FJ
FJ
FJ
VP10RT
VP10RT
VP10RT
SF FJ VP10RT 20─45 0.04─0.12 0.20─1.40
F FJ VP10RT 20─45 0.04─0.12 0.20─1.40
F FJ VP10RT 20─45 0.04─0.12 0.20─1.40
F
TURNING INSERTSTU
RN
ING
INSE
RTS
Ni, Co-Based Alloy (ex. Inconel®718)
7° POSITIVE INSERTS WITH HOLECutting Area 1st Recommendation
Chip Breaker Grade vc (m/min) f (mm/rev) ap (mm)Stable CuttingGeneral CuttingUnstable Cutting
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
vc : Cutting Speed f : Feedap : Depth of Cut
OPTIMUM GRADES AND CHIP BREAKERS FOR EXTERNAL TURNINGFinish Cutting
A023
R-R/L
R-R/L
R-R/L
NX2525
NX2525
UTi20T
NX2525NX2525
UE6110UE6110
UE6020UE6020
PF NX2525 225─320 0.05─0.12 0.20─0.60
L NX2525 185─265 0.08─0.30 0.30─2.00
M NX2525 185─265 0.08─0.30 0.30─2.00
F NX2525 225─320 0.05─0.12 0.20─0.60
L UE6110 205─350 0.08─0.30 0.30─2.00
M UE6110 205─350 0.08─0.30 0.30─2.00
F UTi20T 115─165 0.05─0.12 0.20─0.60
L UE6020 195─320 0.08─0.30 0.30─2.00
M UE6020 195─320 0.08─0.30 0.30─2.00
FLM
TUR
NIN
G IN
SER
TS
Mild Steel (ex. St37-2, Ck10)
11° POSITIVE INSERTS WITHOUT HOLECutting Area 1st Recommendation
Chip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
R-R/LStandardStandard
General Cutting
R-R/LStandardStandard
Unstable Cutting
R-R/LStandardStandard
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
Light Cutting
Medium Cutting
vc : Cutting Speed f : Feedap : Depth of Cut
Finish Cutting Medium CuttingFinish Cutting Medium CuttingLight Cutting
CLASSIFICATION A056, A062
Standard Standard
Standard Standard
Standard Standard
A024
R-R/L
R-R/L
R-R/L
NX2525
NX2525
UTi20T
NX2525NX2525
UE6110UE6110
UE6020UE6020
PF NX2525 165─235 0.05─0.12 0.20─0.60
L NX2525 135─195 0.08─0.30 0.30─2.00
M NX2525 135─195 0.08─0.30 0.30─2.00
F NX2525 165─235 0.05─0.12 0.20─0.60
L UE6110 150─260 0.08─0.30 0.30─2.00
M UE6110 150─260 0.08─0.30 0.30─2.00
F UTi20T 85─120 0.05─0.12 0.20─0.60
L UE6020 145─235 0.08─0.30 0.30─2.00
M UE6020 145─235 0.08─0.30 0.30─2.00
FLM
TURNING INSERTSTU
RN
ING
INSE
RTS
Carbon Steel • Alloy Steel (ex. Ck45, 42CrMo4)
11° POSITIVE INSERTS WITHOUT HOLECutting Area 1st Recommendation
Chip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
R-R/LStandardStandard
General Cutting
R-R/LStandardStandard
Unstable Cutting
R-R/LStandardStandard
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
Light Cutting
Medium Cutting
vc : Cutting Speed f : Feedap : Depth of Cut
Finish Cutting Medium CuttingFinish Cutting Medium CuttingLight Cutting
Standard Standard
Standard Standard
Standard Standard
OPTIMUM GRADES AND CHIP BREAKERS FOR EXTERNAL TURNING
A025
R-R/L
R-R/L
R-R/L
NX2525
NX2525
UTi20T
UC5105UC5105
UC5115UC5115
VP15TFVP15TF
KF NX2525 150─205 0.05─0.12 0.20─0.60
L UC5105 135─250 0.08─0.30 0.30─2.00
M UC5105 135─250 0.08─0.30 0.30─2.00
F NX2525 150─205 0.05─0.12 0.20─0.60
L UC5115 130─245 0.08─0.30 0.30─2.00
M UC5115 130─245 0.08─0.30 0.30─2.00
F UTi20T 80─115 0.05─0.12 0.20─0.60
L VP15TF 115─160 0.08─0.30 0.30─2.00
M VP15TF 115─160 0.08─0.30 0.30─2.00
FLM
TUR
NIN
G IN
SER
TS
Cast Iron (ex. GG30)
11° POSITIVE INSERTS WITHOUT HOLECutting Area 1st Recommendation
Chip Breaker Grade vc (m/min) f (mm/rev) ap (mm)
Stable Cutting
R-R/LFlat TopFlat Top
General Cutting
R-R/LFlat TopFlat Top
Unstable Cutting
R-R/LFlat TopFlat Top
CLASSIFICATION A062
Stable Cutting
General Cutting
Unstable Cutting
Finish Cutting
Light Cutting
Medium Cutting
vc : Cutting Speed f : Feedap : Depth of Cut
Light CuttingFinish Cutting Medium Cutting
Flat TopFlat Top Flat Top
Flat TopFlat Top
Flat TopFlat Top
*Please refer to page A091 for other cast iron.
A026
y
y
y
SN
SV
SMG MVSS
SR
FS FV
F
R/L
FJ
MJ
─ ─ ─ ─ ─ ─ ─
─ ─ ─
─ ─ ─ ─
─ ─ ─
─ ─ ─ ─
FJ ─ ─ ─ ─
MJ ─ ─ ─ ─
FS ─ ─ ─ ─ ─ ─ ─ ─
F ─ ─ ─
R/L ─ ─ ─ ─ ─ ─ ─ ─ ─
─ ─ ─ ─ ─ ─ ─ ─
SR ─ ─
SS ─ ─ ─
SN
TUR
NIN
G IN
SER
TSTURNING INSERTS
PRECISION BREAKER SYSTEMANGULAR AND PARALLEL CHIP BREAKER 3-D CHIP BREAKER
CHIP CONTROL RANGE
FEATURES OF CHIP BREAKER
CHIP CONTROL RANGE • Carbon Steel • Alloy Steel • Stainless Steel
• Carbon Steel • Alloy Steel • Stainless Steel
• Difficult-to-Cut Materials
Breaker
Breaker
Breaker Breaker
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Breaker
Breaker
Breaker Breaker
Breaker
Breaker
StandardStandard
Breaker
Breaker
Breaker Features CCGH/CCGT Type
CCMH/CCMT CPMH/CPMT
TypeDCMT Type
DCGT Type
TCGT/TCMT Type
TPMH Type
VBGT/VBMT Type
VCMT Type
WBMT/WCGT Type
SMG(G class)
aa
a
For medium cutting.3D moulded chipbreaker provides good chip control.G class insert gives sharp cutting action, allowing high precision machining.
FV(M class)
a
a
Sharp cutting edge and low resistance design achieves excellent cutting performance.Suitable for low depths of cut and low feed rates.
SV(M class)
a
a
For light cutting.A peninsular dot ensures chip control at depths of cut under 1mm.
MV(M class)
a
a
A positive insert and the large rake angle achieve sharp cutting edge performance.The double breakers and round-shaped dots in the rake face achieve a wide range of chip discharge.
Standard(M class)
aa
For medium cutting.Balance of edge strength and sharpness due to a combination of a flat land and large rake angle.
a
a
The curved edge allows smooth chip discharge.The large rake angle highly suitable for finishing difficult-to-cut materials.
a
a
The curved edge allows smooth chip discharge.Large rake angle highly suitable for finish-light cutting difficult-to-cut materials.
Breaker Features CCGH/CCGT Type
CPGT Type
DCGT Type
TPGH Type
TPGV/TPGT Type
TCGT Type
VBGT/VCGT Type
WBGT Type
WCGT Type
WPGT Type
aa
a
For precision finishing.Small width lead breaker for excellent chip control.Sharp cutting edge gives a good surface finish.
a
a
a
For finish cutting.Lead breaker controls chip flow.Sharp cutting edge gives a good surface finish.
a
a
Lead breaker for light cutting.Good chip control for low to medium feed rates.
Standarda
a
For light cutting.Good chip control for low to medium feed rates.
Breaker Features CCET Type CCGT Type DCET Type DCGT Type VBET Type
a
a
The wide lead breaker for medium cutting is suitable for automatic lathe machining.The insert design for low resistance controls chip flow.
a
a
The parallel breaker for light cutting is suitable for automatic lathe machining.Excellent chip control at low feed rates.
a
a
The parallel breaker for general purpose is suitable for automatic lathe machining.Excellent chip control for low to medium feed rates.
A027
y y
FS ─ ─ ─
F ─ ─ ─
K ─ ─ ─
R/L
FS
FK
R/L
TUR
NIN
G IN
SER
TS
ANGULAR AND PARALLEL CHIP BREAKERS (NEGATIVE INSERTS)
CHIP CONTROL RANGE FEATURES OF CHIP BREAKER
Breaker
Breaker
Breaker
Breaker
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Breaker Features DNGG Type
SNGG Type
TNGG Type
VNGG Type
a
a
a
For precision finishing.Small width lead breaker for good chip control.Sharp cutting edge gives a good surface finish.
a
a
a
For finish cutting.Lead breaker controls chip flow.Sharp cutting edge gives a good surface finish.
a
a
Parallel breaker for light cutting.Excellent chip control for low to medium feed rates.
a
a
Parallel breaker for medium cutting.Good chip control for medium feed rates.
A028
y
*
y
y y
y
y
y
40
30
20
10
00.1 0.2 0.3 0.4 0.5 0.6
MW (93°)MW (91°)
a
a
a
a
Rz(W)=Rz×0.5
40
30
20
10
0 0 0.2 0.4 0.6 0.8
TUR
NIN
G IN
SER
TSTURNING INSERTS
• The wiper insert is designed with a wiper edge that is situated where the straight edge meets the corner radius.
• In comparison to conventional breakers, the surface finish does not deteriorate even if the feed rate is doubled.
• Machining at high feed rates improves cutting efficiency.
WIPER INSERTWhat is a Wiper Insert?
Wiper
Improving Surface FinishUnder the same machining conditions as conventional breakers, but with the feed rate increased, the surface finish of the workpiece can be improved.
Improving EfficiencyHigh feed rates not only shorten machining times but also make it possible to combine roughing and finishing operations.
Increased Tool LifeWhen using to high feed conditions, the time required to cut one component is decreased, thus more parts can be machined with each insert. In addition, the high feed rate prevents rubbing, therefore, delaying the progression of wear and increasing the tool life of the insert.
Improving Chip ControlUnder high feed conditions, the chips generated become thicker and are more easily broken, thus, chip control is improved.
Wiper insert+
High feed (The feed rate is doubled.)
Standard insert+
The conventional feed condition
Finished surface Same surface
roughness
Please use a wiper insert at high feed rate.<Cutting Conditions> Workpiece : DIN Ck45Insert : CNMG120408-ooCutting Speed=200m/minDepth of Cut=1.5mmFeed Speed=0.2–0.6mm/revWet Outer Diameter Cutting
Sur
face
Rou
ghne
ss
Rz
( μm
)
Feed f (mm/rev)
Standard Insert
Wiper InsertMW Breaker
<Ex> The surface roughness does not deteriorate even if the feed rate is doubled (0.3→0.6)!
A wiper insert + machining at high feed rate• Reduced machining time (per workpieces)• Increased number of workpieces (per definitive time period)• Improving chip control
A wiper insert + machining at conventional feed rate• Eliminating the finishing step by roughing and finishing together
(Separate roughing and finishing steps | Single-step machining)
• Reducing cycle times • Increased productivity • Avoiding Line-Stoppage
The realisation of Reduced Costs!!
The estimate of finished surface roughness when using a wiper insert
Special attention is not necessary when using CNMG • WNMG • CCMT types
Special attention is necessary when using the DNMX • TNMX types due to the special top face geometry
The effects of wiper inserts on external machining, boring and facing.
The surface roughness when machining at corner R or taper angle over 5°, is the same as machining with standard inserts.
Rz(W)=Finished surface roughness when using a wiper insert.
Rz : Finished surface roughness from conventional conditions.(When using a standard insert)
Effective usage of a wiper insertNon effective usage of a wiper insert
No Restriction for Holders
Restriction for Holders Necessary to Adjust the Machining Programme
Not Necessary to Adjust the Machining ProgrammeA standard holder can be used.
(* A double clamp, high rigidity tool is recommended.)
Use a holder with an end cutting angle of 93° for improving wiper efficiency. A holder with an end cutting angle of 91° can improve wiper efficiency (see the following figure), however, there is no wiper efficiency with other end cutting angles (60°, 90°, 107°etc.).
When machining errors occur, please adjust the programme.(The DNMX•TNMX types are not based on the ISO/ANSI. Please refer to the next page.)
Conventional machining programmes can be used.(The CNMG • WNMG • CCMT types are based on the ISO/ANSI.)
Non restriction
Not necessary to
adjust
End Cutting Angle
95°
End Cutting Angle 75°
The CNMG type can be used as a wiper at the 100°corner.
The hole geometry of the DNMX and TNMX type are the same as the DNMG and TNMG types. The "X" represents the special geometry of the Corner point.
Theo
retic
al S
urfa
ce
Rou
ghne
ss R
z ( m
)
Ex):Theoretical surface roughness of holders when using the TNMX160412-MW.
93° (Specified)
Adjustment necessary
End Cutting Angle
Standard corner radius
Standard corner radius
<Example of insert point>
Wiper corner radius
Feed f (mm/rev)
In case the angle is over than 5°
*
A029
-25─-15 -10 -5 0 5 10 15 20─35 40 45 50 55 60─65 70 75─85 90
1.2 0.04 0.03 0.01 0 0.02 0.03 0.04 0.05 0.04 0.04 0.02 0.01 -0.01 0 0.01 00.8 0.03 0.02 0.01 0 0.01 0.02 0.03 0.04 0.03 0.03 0.02 0 -0.01 0 0.01 00.4 0.02 0.01 0.01 0 0.01 0.01 0.02 0.02 0.02 0.01 0.01 0 -0.01 -0.01 0 0
'° ( - )'° ( + )
R 1.2
R 1.2
0.05
R2.14=2.0+0.14
R 1.2
R 1.16
R2.0 R2.0
TUR
NIN
G IN
SER
TS
Adjustment of machining programmes for DNMX • TNMX typesBasic Process) Adjusting Toward X-axis and Z-axisAdjusting the differential between a standard insert and Z-axis / X-axis.
A) Adjusting a Taper
B) Adjusting a Corner R
The Easy-to-correct MethodCorner Radius Correction
The value of adjustment to workpiece R = Workpiece R + the adjustment value*No adjusting of the corner radius in this case.
The value of corrected corner radius = approximation*No need to adjust the programme in this case.
Classification
*Necessary to maintain a correct taper.
*Necessary to maintain a correct corner radius.
Geometry of adjusted program
The depth of
over cut
Adjustment toward X-axisStandard insert
Adjust the relief angle toward the normal line.
Adjust the work diameter to the same as the taper to prevent over-cut.
Note) Adjust the angle toward the normal line in the case where the adjustment number is minus ( ' =60°─70°) and is not machined completely.
Corner radius 0.4,0.8 : 0.04 mmCorner radius 1.2 : 0.05 mm
DNMX,TNMX type
The corner radius of the insert
The corner radius of the insert
The adjustment amount on the workpiece radius.
The value of corrected corner radius = approximation
Workpiece radius 2.0
In correcting corner radius:It is not necessary to adjust the machining programme, however, machining errors can occur within max. ±0.03mm due to correcting by an approximate number.
Input the correction number of each corner radius.
Workpiece radius 2.0
Geometry of adjusted programme
The actual machining geometry
Adjustment toward Z-axis
Standard insert
DNMX,TNMX type
(Not closed to Corner R)0.01mm
The actual machining geometry
The de
pth of
over
cut
Corner radiusTaper Angle '°
The number→+numbers:adjustment of relief angle, -numbers:adjustment of drive-in angle (mm)
Corner Radius 0.4 |
Corner Radius 0.8 |
Corner Radius 1.2 |
Corner Radius 0.4 |
Corner Radius 0.8 |
Corner Radius 1.2 |
Work Radius+0.05(mm)
Work Radius+0.11(mm)
Work Radius+0.14(mm)
R0.36(mm)
R0.76(mm)
R1.16(mm)
Work radius Adjusted conditions
Ex) : In case of machining R 2.0 when using a corner R 1.2 type insert.
Ex): In the case of machining a corner with a radius R 2.0 when using an insert with a corner radius R 1.2.
Others) The value of correction is same for both DNMX and TNMX. Discriminate them by the size of corner radius.
A030
a
CVD PVD
P P01
P10
P20
P30
P40
M M01
M10
M20
M30
M40
K K01
K10
K20
K30
N N01
N10
N20
N30
S S01
S10
S20
S30
H H01
H10
H20
H30
=
UE6105
UE6110
UE6020
MC6025MY5015
MC7015
MP7035MC7025
UE6035
UH6400
VP10RT
VP15TF
VP20MF
VP20RT
UP20M
NX2525
NX3035
VP25N
VP45N
UTi2
0T
AP25N
US7020
US735
MC5005
MP9005
UC5105
MC5015
UC5115
MY5015
VP10RT
VP15TF
VP20RT
NX2525
VP25N
AP25N HTi0
5T
UTi2
0T
MB710
MB730
MB4020
MBS140
VP10RT
VP15TF
VP20MF
VP20RT
UP20M
NX2525
VP25N
AP25N
UTi2
0T
US905
VP05RT
VP10RT
MP9015
MT9015
VP15TF
VP20RT
HTi10 M
D220
MD205
MD230
RT9005
RT9010
TF15
MB730
MBC010
BC8020
MB8025
MB835
MB825
MB810
MP3025
MBC020
HTi10
TUR
NIN
G IN
SER
TSTURNING INSERTS
GRADES FOR TURNINGINDEXABLE INSERT GRADES FOR TURNING
ISOCoated Carbide
Cermet Coated Cermet
Cemented Carbide
Coated CBN CBN PCD
(Sintered Diamond)
Ste
elS
tain
less
Ste
elC
ast I
ron
Non
-Fer
rous
Met
alHe
at R
esist
ant A
lloy •
Ti A
lloy
Har
dene
d S
teel
A031
P M
K N
400
300
200
100
500
400
300
200
100
300
200
100
800
600
400
200
0 0.2 0.4 0.6 0.8
0 0.2 0.4 0.6 0.8 0 0.1 0.2 0.3 0.4
MC6025
UTi20T
VP45N
UE6105
UE6110
HTi10
MD220
HTi10
VP15TF
UTi20T
MD205
MD230
MC7015
MC7025
US735
MP7035
MC5015
0 0.1 0.2 0.3 0.4 0.5 0.6
AP25NVP25N
NX2525NX3035MP3025
MC5005
MBS140
HTi05T
AP25NVP25N NX2525
MB710 MB730MB4020
UH6400
VP15TF
UE6035
US735
VP10RT
VP15TF
TUR
NIN
G IN
SER
TSTURNING APPLICATION RANGE
STEEL
CAST IRON
STAINLESS STEEL
NON-FERROUS METAL
Cut
ting
Spe
ed ( m
/min
)C
uttin
g S
peed
( m/m
in)
Cut
ting
Spe
ed ( m
/min
)C
uttin
g S
peed
( m/m
in)
Feed (mm/rev)
Feed (mm/rev)
Feed (mm/rev)
Feed (mm/rev)
Cermet and Coated Cermet
Sintered CBNSolid CBN
Cermet and Coated Cermet
Sintered Diamond
Cemented Carbide
Cemented Carbide
Cemented Carbide
Cemented Carbide
CVD • PVD Coated Carbide
CVD • PVD Coated Carbide
CVD • PVD Coated Carbide
A032
P
M
K
P
K
400
300
200
100
0
300
200
100
0
1500
1000
500
0
400
300
200
100
0
500
400
300
200
100
0
UE6105
MC7015
VP15TF
MC7025
MP7035
UE6110
VP15TF
MC6025UE6035
AP25N
MC5005
MC5015
NX2525 VP15TF
NX2525
NX3035
MP3025
MB710
MB730
TUR
NIN
G IN
SER
TSTURNING INSERTS
TURNING APPLICATION RANGE
STEEL (Medium-Rough Cutting)
STAINLESS STEEL
CAST IRON (CBN)
STEEL (Finish Cutting)
CAST IRON
Cut
ting
Spe
ed ( m
/min
)C
uttin
g S
peed
( m/m
in)
Cut
ting
Spe
ed ( m
/min
)
Cut
ting
Spe
ed ( m
/min
)C
uttin
g S
peed
( m/m
in)
Cutting Conditions
Cutting Conditions
Cutting Conditions
Cutting Conditions
Cutting Conditions
Recommendation of the insert grade based on cutting speed and conditions for each workpiece material.a
A033
y
S S
H
N N
100
75
50
25
0
100
75
50
25
0
400
300
200
100
0
600
400
200
0
1500
1000
500
0
MP9005
MT9015
MP9015
VP15TF VP15TF
MBC010
MBC020 BC8020
MB835
HTi10 MD220
TUR
NIN
G IN
SER
TS
Continuous CuttingConstant Depth of CutPre-MachinedSecurely Clamped Component Cutting
Heavy Interrupted CuttingIrregular Depth of CutLow Clamping Rigidity Cutting
CUTTING CONDITIONSStable Cutting
General Cutting
Unstable Cutting
HEAT RESISTANT ALLOY TITANIUM ALLOY
HARDENED MATERIALS (CBN)
NON-FERROUS METAL NON-FERROUS METAL (PCD)
Cut
ting
Spe
ed ( m
/min
)
Cut
ting
Spe
ed ( m
/min
)
Cut
ting
Spe
ed ( m
/min
)C
uttin
g S
peed
( m/m
in)
Cut
ting
Spe
ed ( m
/min
)
Cutting Conditions Cutting Conditions
Cutting Conditions
Cutting Conditions Cutting Conditions
A034
a
P01
P10
P20
P30
P40
M01
M10
M20
M30
M40
K01
K10
K20
K30
S01
P UE6105 300(200 ─ 400)
UE6110 250(150 ─ 400)
MC6025 200(100 ─ 280)
UE6035 150(80 ─ 200)
MMC7015 200
(160 ─ 250)
MC7025 150(120 ─ 200)
US735 100(80 ─ 120)
KMC5005 300
(200 ─ 400)
MC5015 250(150 ─ 300)
S US905 80(50 ─ 100)
MC5005/MC5015 MC5005 MC5015
MC5005
TiCN
Al2O3
Al2O3
TiCN
Al2O3
UE610
5
UE611
0
UH6400U
E6020
US7020
MC5005
UC510
5
US90
5
UC511
5
MC5015
MY5015
US735
UE6
035
MC6025
MC7015
MC7025
MY5015
TUR
NIN
G IN
SER
TSTURNING INSERTS
COATED CARBIDE (CVD)Special tough fibrous structure improves wear and fracture resistance.It covers a wide application range and thus reduces the number of tools required.
TURNING
a
a
SELECTION STANDARD
ISO Application RangeWork Material Cutting Mode Recommended Grade Recommended Cutting
Speed (m/min)
Steel
Continuous Cutting
Interrupted Cutting
Stainless Steel
Continuous Cutting
Continuous and
Interrupted Cutting
Cast IronDuctile Cast Iron
Continuous Cutting
Interrupted Cutting
Heat Resistant Alloy
Continuous and Interrupted Cutting
Patented technology
Patented technology
The interface between the layers is controlled at the nano level, allowing the TOUGH GRIP layer extremely high levels of adhesion to prevent delamination.
The optimised crystal growth, Nano-Texture coating technology gives outstanding wear and chipping resistance.
Tough Grip Technology
Nano-Texture Coating Technology
Tough grip performance comparisonConventional thick layers show the adverse affects of peeling.
Large chipping and peeling of the coating
Conventional A Conventional B Conventional C
Nano-texture
Nano-texture
Special carbide substrate HRA91.0
Tough grip
Achieved by combining the latest coating technologies.Extra thick Al2O3 coating layer.
Conventional BConventional A
Thickness comparisons of Al2O3More than twice as thick as conventional Al2O3 coating layers.
Nano-textureUltra thick layer
Nano-texture
Special carbide substrate HRA91.0
Tough grip
ISO insert series for Cast Iron Turning
A035
UC5105 92.2 2.0 ─
MC5005 91.0 2.2 ─
UC5115 91.0 2.2 ─
MC5015 91.0 2.2 ─
UE6105 90.8 1.8UE6110 90.3 2.0UE6020 90.0 2.2MC6025 90.2 2.2UE6035 89.5 2.3UH6400 89.5 2.3MC7015 90.7 2.0US7020 90.5 2.0MC7025 89.4 2.4 ─
US735 89.0 2.6 ─
US905 92.2 2.0 ─
MY5015 91.2 2.4 ─
CNMG120416-MA(UE6110) CNMG120408-MP(MC6025)
210 1800.3 0.253.0 2.0
MC7015/MC7025
UE6110 MC6025
10 20 20 40
TUR
NIN
G IN
SER
TS
GRADE CHARACTERISTICS
APPLICATION EXAMPLES
GradeSubstrate Coating Layer
Hardness(HRA) T.R.S (GPa) Surface Composition Thickness
TiCN-AI2O3 ThickTiCN-AI2O3 ThickTiCN-AI2O3 ThickTiCN-AI2O3 Thick
Tough Accumulated TiCN-AI2O3-Ti Compound ThickTough Accumulated TiCN-AI2O3-Ti Compound ThickTough Accumulated TiCN-AI2O3-Ti Compound ThickTough Accumulated TiCN-AI2O3-Ti Compound ThickTough TiCN-AI2O3-TiN ThickTough Accumulated TiCN-AI2O3-Ti Compound ThickTough TiCN-AI2O3-TiN ThinTough TiCN-AI2O3-TiN Thin
TiCN-AI2O3-TiN ThinTi Compound Thin
TiCN-AI2O3-TiN ThinTiCN-AI2O3-TiN Thin
* 1GPa=102kg/mm2
Insert (Grade)
Workpiece
Alloy steel (DIN 41CrMo4)
Alloy steel (JIS-SCM435H)
Cut
ting
C
ondi
tions Cutting Speed (m/min)
Feed (mm/rev)Depth of Cut (mm)Coolant Wet cutting Wet cutting
Result
pieces/corner pieces/corner
Competitor's P10 coating Competitor's P20 coating
UE6110 achieved more than double tool life. MC6025 achieved more than double tool life.
Thin layer, Nano-texture Al2O3
Smooth cutting edge
Controls abnormal damage
Tough, Nano-texture TiCNHigh wear resistance
Special carbide substratePlastic deformation resistance Chipping resistance
Prevents welding
MC7015/MC7025 achieves stable high efficiency machining for stainless steel from general-purpose to high speed range by a combination of new special substrate with excellent plastic deformation resistance and tough CVD coating.
Excellent machining efficiency in general-purpose machining and high speed machining of stainless steel.
A036
P VP10RT P01
VP15TF P10
VP20MF P20
VP20RT P30
UP20M P40
M VP10RT M01
VP15TF M10
VP20MF M20
VP20RT M30
UP20M M40
KVP10RT K01
K10VP15TF
K20
VP20RT K30
S MP9005 S01
MP9015 S10
VP20RT S20
VP15TF S30
a
a
a
MP9005/MP9015 MT9015
MP9005/MP9015 MT9015
S05 MP9005
S15 MP9015S15 MT9015
VP10RT
VP10RT
VP10RT
VP15TF
VP15TF
VP15TF
VP05RT
VP20MF
VP20MF
VP20RT
VP10RT
MP9015
MP9005
VP20RT
VP20RT
UP20M
UP20M
VP15TF
VP20RT
TUR
NIN
G IN
SER
TSTURNING INSERTS
COATED CARBIDE (PVD)PVD coating prolongs tool life.Coating of tools with sharp edges is possible without softening or changing the quality of the substrate.
TURNINGSELECTION STANDARD
Work Material Coating Name Recommended Grade ISO Application Range
SteelVP Coating
UP Coating
Stainless SteelVP Coating
UP Coating
K
Cast Iron VP Coating
S
Heat Resistant Alloy
AI-rich Coating
VP Coating
ISO Turning Inserts for Difficult to Cut MaterialsPVD coated grade Carbide grade (Non coated)
High Al-(Al,Ti)N single layer coating technology
Special cemented carbide substrate
ISO Grade Grade Concept ApplicationTop-quality grade focusing on wear resistance
Heat Resistant Alloy Finish-Medium Cutting
First recommendation for general applications
Heat Resistant Alloy Medium-Rough Cutting
ISO Grade Grade Concept Application
New cemented carbide with sharp cutting edge, excellent wear and fracture resistance
Titanium alloy General cutting
A037
DCMT11T304-MV(VP15TF) CNMG120408-MJ(VP10RT)
170 2000.14 0.250.25 0.5
CNMG120408-MJ(VP10RT) TNMG160408-MJ(VP05RT)
31 1200.2 0.052.3 0.5
(r)
900
800
700
600
50 60 70 80 (N)
0 400 8000 500 1500
0 1 2 0 75 150 300
ø45
ø85
ø45
ø36
ø50
VP15TF
TUR
NIN
G IN
SER
TS
Insert (Grade)
Workpiece
Alloy steel Stainless Steel (Fan parts)
Cut
ting
C
ondi
tions Cutting Speed (m/min)
Feed (mm/rev)Depth of Cut (mm)Coolant Wet cutting Wet cutting
Result
APPLICATION EXAMPLES
FEATURES OF VP (MIRACLE) COATINGCompared to conventional coating technology, VP (MIRACLE) coating features (Al, Ti) N coating with highly increased heat resistance and adhesion strength.
Oxi
datio
n Te
mpe
ratu
re
Adhesion Strength
Competitor's Coating Grade
Increased Adhesion Strength
Increased Heat Resistance
MIRACLE Coating
Insert (Grade)
Workpiece
Inconel 718 (Pin) Sintered iron parts (FH655)
Cut
ting
C
ondi
tions Cutting Speed (m/min)
Feed (mm/rev)Depth of Cut (mm)Coolant Wet cutting Wet cutting
Result
pieces/corner pieces/corner
pieces/corner pieces/corner
Competitor's P30 coating
M Class
VP15TF does not experience chipping.This enables stable machining and much longer tool life.
MJ breaker achieved 1.5 times longer tool life.
(VP10RT)
(VP10RT) (VP05RT)
M Class
Competitor's P20 carbide (M Class)
Competitor's coated carbide
Competitor's K10 carbide (M Class)
MJbreaker
VP10RT achieved 4 times longer tool life.MJ breaker for excellent chip disposal and vastly increased tool life.
MJ breaker achieved 5 times longer tool life.
MJbreaker MJbreaker
A038
PNX2525 P01
P10
NX3035P20
K
NX2525
K01
K10
K20
a
y y
y
NX2525 92.2 2.0 33 7.8NX3035 91.5 2.1 35 7.8
NX3035
0 500 1000 1500 2000
NX3035
0.35
0.30
0.25
0.20
0.15
0.10
0.05
0 5 10 15 20 25 30 35
NX2525
0.1
0.05
0 5 10 15 20 25 30
NX2525
NX3035
NX2525
TUR
NIN
G IN
SER
TSTURNING INSERTS
The optimized alloy structure and special alloy binder improves both wear and fracture resistance.It covers a wide application range and reduces the number of tools required.NX3035 for wet cutting.NX2525 for dry cutting.
TURNINGSELECTION STANDARD
CUTTING PERFORMANCE
GRADE CHARACTERISTICS
CERMETa
a
a
a
Steel, Continuous Cutting (Wet) Steel, Interrupted Cutting
Flan
k W
ear (
mm
)Fl
ank
Wea
r (m
m)
Cutting Time (min) Number of Impacts
Cutting Time (min)
Cast Iron, Continuous Cutting
<Cutting Conditions>Workpiece : DIN Ck45Insert : CNMG120408-oo
vc=250m/minap=1.0mmf=0.15mm/revWet CuttingExternal Continuous Cutting
<Cutting Conditions>Workpiece : DIN 41CrMo4Insert : CNMG120408-oo
vc=200m/minap=1.5mmf=0.2mm/revWet CuttingInterrupted Cutting
<Cutting Conditions>Workpiece : DIN GG30Insert : CNMG120408vc=100m/minap=1.5mmf=0.3mm/revWet Cutting
Competitor's P20 coated cermet
Competitor's micro grain P20 cermet Competitor's
micro grain P20 cermetCompetitor's P20 coated cermet
Competitor's K10 Cemented Carbide
GradeSubstrate
Hardness (HRA) T.R.S (GPa) Thermal Conductivity (W/m • K) *
Thermal Expansion (×10-6/K)
* 1GPa=102kg/mm2, 1W/m•K=2.39×10-3cal/cm•sec•r
Work Material Cutting Mode Recommended Grade ISO Application Range
Steel
Continuous Cutting
Interrupted Cutting
Cast IronDuctile Cast Iron Finishing
Cutting Performance Cutting Speed : vc Depth of Cut : apFeed : f
A039
PVP25NAP25N
P01
P10
MP3025P20
P30
K
VP25NAP25N
K01
K10
K20
a
y y
AP25N
100
50AP25N
0.3
0.2
0.1
5 10 15 20
VP25N
VP25N
AP25N
AP25N
VP45N
MP3025
TUR
NIN
G IN
SER
TS
Coated cermet (PVD coating) has superior wear and fracture resistance, and therefore provides a stable cutting performance.
TURNINGSELECTION STANDARD
CUTTING PERFORMANCE
COATED CERMETa
Wear Resistance for Wet Cutting Thermal Shock Resistance for Interrupted Cutting
Flan
k W
ear (
mm
)
Num
ber o
f Pas
ses
Cutting Time (min)
<Cutting Conditions>Workpiece : DIN 41CrMo4 (HB230)Insert : CNMG120408-oo
vc=300m/minap=0.5mmf=0.2mm/revWet Cutting
<Cutting Conditions>Workpiece : DIN 41CrMo4 (HB230)Insert : CNMG120408-oo
vc=200m/minap=2.0mmf=0.3mm/revWet Cutting
Conventional Cermet
Competitor's PVD
Cermet A
Conventional Cermet
Competitor's PVD Cermet A
Work Material Cutting Mode Recommended Grade ISO Application Range
Steel
Continuous Cutting
Interrupted Cutting
Cast IronDuctile Cast Iron Finishing
Cutting Performance Cutting Speed : vc Depth of Cut : apFeed : f
A040
P
UTi20T
P10
P20
P30
M
UTi20T
M10
M20
M30
KHTi05T K01
K10HTi10
K20
UTi20T K30
N
HTi10
N01
N10
N20
N30S RT9005 S01
MT9015 S10
RT9010 S20
TF15 S30
a
P M UTi20T 90.5 38 5.5 520 2.0
KN HTi05T 92.5 79 4.5 600 1.5
HTi10 92.0 79 4.6 630 2.0
S
RT9005 92.2 79 4.5 600 2.0MT9015 92.0 79 4.6 630 2.2RT9010 92.0 79 4.6 630 2.2TF15 91.5 71 5.3 580 2.5
P M WC-TiC-TaC-Co
K N WC-Co
S WC-Co UTi20T
300
200
10080
6020
10 20 30 40 60 100
UTi20T
HTi10HTi05T
400300
200
10080
60
10 20 30 40 60 100
UTi2
0T
UTi2
0T
UTi2
0THTi10
HTi0
5T
HTi10
MT9015
RT9005
RT9010
TF15
TUR
NIN
G IN
SER
TSTURNING INSERTS
UTi grades are available for steel and cast iron. HTi grades are available for non-ferrous and non-metal materials and are also suitable for cast iron.
TURNINGSELECTION STANDARD
CEMENTED CARBIDEa
Work Material Recommended Grade ISO Application Range
Steel
Stainless Steel
Cast Iron
Non-Ferrous Metal
Heat-resistant AlloyTi Alloy
GRADE CHARACTERISTICS
MAIN COMPONENT AND APPLICATIONP series for steel cutting, K series for cast iron cutting and M series for stainless cutting.
* 1GPa=102kg/mm2, 1W/m•K=2.39×10-3cal/cm•sec•r
ISO Grade Hardness (HRA)
Thermal Conductivity
(W/m•K)*Thermal
Expansion(x10-6/K)
Young's Modulus
(GPa)*T.R.S(GPa)*
ISO Main Component Characteristics Work Material
Heat / deformation resistance. Carbon steel, alloy steel, stainless steel and cast iron
High rigidity and wear resistance. Cast iron, non-ferrous metals, and non-metal
High heat resistance and wear resistance. Heat-resistant alloy, Ti alloy
Cut
ting
Spe
ed ( m
/min
)C
uttin
g S
peed
( m/m
in)
Tool Life (min)
Tool Life (min)
V-T Diagram (P Grade)
V-T Diagram (K Grade)
a
a
<Cutting Conditions> DryWorkpiece : DIN Ck45 220HBTool Life Standard : VB=0.3mmDepth of Cut : 1.5mmFeed : 0.3mm/revHolder : CSBNR2525M43Insert : SNMG120408
<Cutting Conditions> DryWorkpiece : DIN GG30 200HBTool Life Standard : VB=0.3mmDepth of Cut : 1.5mmFeed : 0.3mm/revHolder : CSBNR2525M43Insert : SNMN120408
A041
SF10MF07MF10MF20
TF15
HTi10TF15MF10
TF15MF20MF30
HTi10 14.9 92.0 3.2 K10 e u u
TF15 14.5 91.0 4.0 K20 e u e
SF10 14.9 92.7 3.8 K01 e u e
MF07 14.7 93.2 3.9 K01 e u e
MF10 14.6 93.0 4.0 K01 e u e
MF20 14.2 92.0 4.4 K10 u e e
MF30 13.7 90.7 4.3 K20 u e e
TF15
0.4
0.3
0.2
0.1
10 20 30 40 50
9.0
0.6
TUR
NIN
G IN
SER
TS
SELECTION STANDARD
GRADE CHARACTERISTICS
Compared to general cemented carbide, micro-grain alloy has higher wear resist ance and higher toughness.
CUTTING PERFORMANCE
MICRO-GRAIN CEMENTED CARBIDE(SOLID TOOLS)a
Perip
hera
l Edg
e Fl
ank
Wea
r (m
m)
Cutting Length (m)
Co HSS
Powder HSS
<Cutting Conditions>Workpiece : Die steel (40HRC)Tool :&6mm,4 flutesHelical Angle : 30°vc=30m/min n=1,600m/min-1
fz=0.02mm/toothvf=128mm/minDepth of Cut in the Axial Direction=9.0mmDepth of Cut in the Radial Direction=0.6mmDown Cut, Dry
* 1GPa=102kg/mm2
** After HIP
Cutting Tool Recommended Grade Work Material
PCB Drill Non-Metal
Solid Carbide Drill Steel • Cast Iron
Solid End Mill Steel • Cast Iron
Gear HobReamerTap etc.
Steel • Cast Iron, etc.
GradeGrade Characteristics **
ISO Wear Resistance
Fracture Resistance
Corrosion ResistanceSpecific Gravity Hardness(HRA) T.R.S (Gpa)*
A042
FH3
2
1
0 0.1 0.2 0.3 0.4
12°
12°
CNMG_FH
^ A092
DNMG_FH
^ A098
SNMG_FH
^ A105
TNMG_FH
^ A110
VNMG_FH
^ A116
WNMG_FH
^ A119
FH
M
FS3
2
1
0 0.1 0.2 0.3 0.4
16°
8°
CNMG_FS
^ A092
DNMG_FS
^ A098
SNMG_FS
^ A105
TNMG_FS
^ A110
VNMG_FS
^ A116
WNMG_FS
^ A119
FS
FY3
2
1
0 0.1 0.2 0.3 0.4
15°
15° 0.2
CNMG_FY
^ A092
DNMG_FY
^ A098
TNMG_FY
^ A110
WNMG_FY
^ A119
FY
FJ3
2
1
0 0.1 0.2 0.3 0.4
14°
9°
CNGG_FJ
^ A092
DNGG_FJ
^ A098
VNGG_FJ
^ A116
FJ
G
PK3
2
1
0 0.1 0.2 0.3 0.4
15°
15°
CNGG_PK
^ A092
DNGG_PK
^ A098
TNGG_PK
^ A110
PK
R/L-FS3
2
1
0 0.1 0.2 0.3 0.4
14°
TNGG_R/L-FS
^ A110
R/L-FS
R/L-F3
2
1
0 0.1 0.2 0.3 0.4
14°
TNGG_R/L-F
^ A110
VNGG_R/L-F
^ A116
R/L-F
M
LP 43210 0.1 0.3 0.5 11°
0.2
15°0.1 CNMG_LP
^ A092
DNMG_LP
^ A098
SNMG_LP
^ A105
TNMG_LP
^ A110
VNMG_LP
^ A116
WNMG_LP
^ A119
LP
LM 43210 0.1 0.3 0.5
0.5015°
20°
CNMG_LM
^ A092
DNMG_LM
^ A099
SNMG_LM
^ A105
TNMG_LM
^ A111
VNMG_LM
^ A116
WNMG_LM
^ A119
LM
TURNING INSERTSTU
RN
ING
INSE
RTS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° RoundBreaker Name
and Cross Section
First recommendation for finishing carbon steel, alloy steel and stainless steelDouble sided chipbreaker.Stable chip control even at small depth of cut.
Alternative chipbreaker for finishing mild steelDouble sided chipbreaker.Stable chip control even at small depth of cut.Sharp edge gives best performance.
First recommendation for finishing mild steelDouble sided chipbreaker.Effectively controls adhesive chips.Suitable for mild steel finishing.
Fini
sh C
uttin
g First recommendation for finishing difficult-to-cut materialsDouble sided chipbreaker.Ideal for heat-resistant alloy and titanium alloy.The sharp edge produces good cutting surface.The curved edge allows smooth chip discharge.
Alternative chipbreaker for finishing carbon steel and alloy steelDouble sided chipbreaker.G class insert tolerance is suitable for workpieces requiring close dimensional tolerances.Stable chip control even at small depth of cut.
Precise finishingDouble sided chipbreaker.A narrow lead chipbreaker for good chip control.The sharp edge produces a good surface finish.
FinishingDouble sided chipbreaker.Lead chipbreaker controls chip flow.The sharp edge produces a good surface finish.
Ligh
t Cut
ting
First recommendation for light cutting of carbon steel and alloy steelDouble sided chip breaker.Stable chip control at light cutting range.The curved edge allows smooth chip discharge.
First recommendation for light cutting of stainless steelM class double sided chip breaker.Stable chip control at light cutting range.Breaker with high rake angle provides excellent burr control.
NEGATIVE INSERTS WITH HOLE
CLASSIFICATION
Carbon Steel • Alloy Steel
Mild Steel
Mild Steel
Difficult-to-Cut Materials
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
Nose
Nose
Nose
Nose
Nose
Flank
Flank
Flank
Flank
Flank
Flank
Flank
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
Stainless Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
A043
FH3
2
1
0 0.1 0.2 0.3 0.4
12°
12°
CNMG_FH
^ A092
DNMG_FH
^ A098
SNMG_FH
^ A105
TNMG_FH
^ A110
VNMG_FH
^ A116
WNMG_FH
^ A119
FH
M
FS3
2
1
0 0.1 0.2 0.3 0.4
16°
8°
CNMG_FS
^ A092
DNMG_FS
^ A098
SNMG_FS
^ A105
TNMG_FS
^ A110
VNMG_FS
^ A116
WNMG_FS
^ A119
FS
FY3
2
1
0 0.1 0.2 0.3 0.4
15°
15° 0.2
CNMG_FY
^ A092
DNMG_FY
^ A098
TNMG_FY
^ A110
WNMG_FY
^ A119
FY
FJ3
2
1
0 0.1 0.2 0.3 0.4
14°
9°
CNGG_FJ
^ A092
DNGG_FJ
^ A098
VNGG_FJ
^ A116
FJ
G
PK3
2
1
0 0.1 0.2 0.3 0.4
15°
15°
CNGG_PK
^ A092
DNGG_PK
^ A098
TNGG_PK
^ A110
PK
R/L-FS3
2
1
0 0.1 0.2 0.3 0.4
14°
TNGG_R/L-FS
^ A110
R/L-FS
R/L-F3
2
1
0 0.1 0.2 0.3 0.4
14°
TNGG_R/L-F
^ A110
VNGG_R/L-F
^ A116
R/L-F
M
LP 43210 0.1 0.3 0.5 11°
0.2
15°0.1 CNMG_LP
^ A092
DNMG_LP
^ A098
SNMG_LP
^ A105
TNMG_LP
^ A110
VNMG_LP
^ A116
WNMG_LP
^ A119
LP
LM 43210 0.1 0.3 0.5
0.5015°
20°
CNMG_LM
^ A092
DNMG_LM
^ A099
SNMG_LM
^ A105
TNMG_LM
^ A111
VNMG_LM
^ A116
WNMG_LM
^ A119
LM
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° RoundBreaker Name
and Cross Section
First recommendation for finishing carbon steel, alloy steel and stainless steelDouble sided chipbreaker.Stable chip control even at small depth of cut.
Alternative chipbreaker for finishing mild steelDouble sided chipbreaker.Stable chip control even at small depth of cut.Sharp edge gives best performance.
First recommendation for finishing mild steelDouble sided chipbreaker.Effectively controls adhesive chips.Suitable for mild steel finishing.
Fini
sh C
uttin
g First recommendation for finishing difficult-to-cut materialsDouble sided chipbreaker.Ideal for heat-resistant alloy and titanium alloy.The sharp edge produces good cutting surface.The curved edge allows smooth chip discharge.
Alternative chipbreaker for finishing carbon steel and alloy steelDouble sided chipbreaker.G class insert tolerance is suitable for workpieces requiring close dimensional tolerances.Stable chip control even at small depth of cut.
Precise finishingDouble sided chipbreaker.A narrow lead chipbreaker for good chip control.The sharp edge produces a good surface finish.
FinishingDouble sided chipbreaker.Lead chipbreaker controls chip flow.The sharp edge produces a good surface finish.
Ligh
t Cut
ting
First recommendation for light cutting of carbon steel and alloy steelDouble sided chip breaker.Stable chip control at light cutting range.The curved edge allows smooth chip discharge.
First recommendation for light cutting of stainless steelM class double sided chip breaker.Stable chip control at light cutting range.Breaker with high rake angle provides excellent burr control.
A044
M
LK 43210 0.1 0.3 0.5
15°
6°
0.15
CNMG_LK
^ A093
DNMG_LK
^ A099
SNMG_LK
^ A105
TNMG_LK
^ A111
VNMG_LK
^ A116
WNMG_LK
^ A119
LK
LS 43210 0.1 0.3 0.5
20° 0.15
CNMG_LS
^ A093
DNMG_LS
^ A099
TNMG_LS
^ A111
VNMG_LS
^ A117
WNMG_LS
^ A120
LS
SH 43210 0.1 0.3 0.5
15°
15° 0.2
CNMG_SH
^ A093
DNMG_SH
^ A099
SNMG_SH
^ A105
TNMG_SH
^ A111
VNMG_SH
^ A117
WNMG_SH
^ A120
SH
SA 43210 0.1 0.3 0.5
25°
25°8°
10°0.3
0.34
CNMG_SA
^ A093
DNMG_SA
^ A099
SNMG_SA
^ A105
TNMG_SA
^ A111
WNMG_SA
^ A120
SA
SW 43210 0.1 0.3 0.5
18°
18°7°
7°0.15
0.15
CNMG_SW
^ A093
DNMX_SW
^ A099
TNMX_SW
^ A111
WNMG_SW
^ A120
SW
SY 43210 0.1 0.3 0.5
10°
10°0.2
CNMG_SY
^ A093
DNMG_SY
^ A099
SNMG_SY
^ A106
TNMG_SY
^ A111
WNMG_SY
^ A120
SY
R/L-1G 43210 0.1 0.3 0.5
0.215°
SNMG_R/L-1G
^ A106
TNMG_R/L-1G
^ A111
R/L-1G
G
R/L-K 43210 0.1 0.3 0.5
0.2514°
TNGG_R/L-K
^ A112
R/L-K
M
MJ 43210 0.1 0.3 0.5
13°
9°
CNMG_MJ
^ A093
DNMG_MJ
^ A100
TNMG_MJ
^ A112
VNMG_MJ
^ A117
WNMG_MJ
^ A120
MJ(M)
TURNING INSERTSTU
RN
ING
INSE
RTS
NEGATIVE INSERTS WITH HOLE
CLASSIFICATION
Carbon Steel • Alloy Steel
Mild Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Difficult-to-Cut Materials
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
Nose
Nose
Nose
Flank
Flank
Flank
Flank
Flank
Flank
Flank
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° RoundBreaker Name
and Cross Section
Ligh
t Cut
ting
First recommendation for cast iron turningPositive land allows sharp cutting edge and low cutting resistance.
First recommendation for difficult to cut materialsEnhanced chip disposal for depths of cut smaller than the corner R.
For light cutting of carbon steel, alloy steel and stainless steelDouble sided chipbreaker.Can be used at low depth of cuts and high feed rates.The curved edge allows smooth chip discharge.Recommended for workpieces in the 160─250HB range.
Alternative chipbreaker for light cutting of carbon steel and alloy steelDouble sided chipbreaker.Superior chip control at small depth of cuts.Covers copying and back turning with wavy edge.Recommended for workpieces in the 200─300HB range.
Wiper insert for light cutting of carbon steel and alloy steelDouble sided chipbreaker.The wiper allows up to double the feed rate.Wiper design for increased productivity and improved surface finish.
First recommendation for light cutting of mild steelDouble sided chipbreaker.Effectively controls adhesive chips.Suitable for mild steel light cutting.
Alternative chipbreaker for light cutting of carbon steel and alloy steelDouble sided chipbreaker.Parallel chipbreaker controls chip flow.Suitable for finish-light cutting.Precision chipbreaker.
Light cuttingDouble sided chipbreaker.Parallel chipbreaker.Excellent chip control at low to medium feed rates.
First recommendation for light cutting of difficult-to-cut materialsDouble sided chipbreaker.Ideal for heat-resistant alloy and titanium alloy.The sharp edge produces a good surface finish.The curved edge allows smooth chip discharge.
Carbon Steel • Alloy Steelap
( mm
)
f (mm/rev)
Nose
Flank
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
Cast Iron
Difficult-to-Cut Materials
A045
M
LK 43210 0.1 0.3 0.5
15°
6°
0.15
CNMG_LK
^ A093
DNMG_LK
^ A099
SNMG_LK
^ A105
TNMG_LK
^ A111
VNMG_LK
^ A116
WNMG_LK
^ A119
LK
LS 43210 0.1 0.3 0.5
20° 0.15
CNMG_LS
^ A093
DNMG_LS
^ A099
TNMG_LS
^ A111
VNMG_LS
^ A117
WNMG_LS
^ A120
LS
SH 43210 0.1 0.3 0.5
15°
15° 0.2
CNMG_SH
^ A093
DNMG_SH
^ A099
SNMG_SH
^ A105
TNMG_SH
^ A111
VNMG_SH
^ A117
WNMG_SH
^ A120
SH
SA 43210 0.1 0.3 0.5
25°
25°8°
10°0.3
0.34
CNMG_SA
^ A093
DNMG_SA
^ A099
SNMG_SA
^ A105
TNMG_SA
^ A111
WNMG_SA
^ A120
SA
SW 43210 0.1 0.3 0.5
18°
18°7°
7°0.15
0.15
CNMG_SW
^ A093
DNMX_SW
^ A099
TNMX_SW
^ A111
WNMG_SW
^ A120
SW
SY 43210 0.1 0.3 0.5
10°
10°0.2
CNMG_SY
^ A093
DNMG_SY
^ A099
SNMG_SY
^ A106
TNMG_SY
^ A111
WNMG_SY
^ A120
SY
R/L-1G 43210 0.1 0.3 0.5
0.215°
SNMG_R/L-1G
^ A106
TNMG_R/L-1G
^ A111
R/L-1G
G
R/L-K 43210 0.1 0.3 0.5
0.2514°
TNGG_R/L-K
^ A112
R/L-K
M
MJ 43210 0.1 0.3 0.5
13°
9°
CNMG_MJ
^ A093
DNMG_MJ
^ A100
TNMG_MJ
^ A112
VNMG_MJ
^ A117
WNMG_MJ
^ A120
MJ(M)
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° RoundBreaker Name
and Cross Section
Ligh
t Cut
ting
First recommendation for cast iron turningPositive land allows sharp cutting edge and low cutting resistance.
First recommendation for difficult to cut materialsEnhanced chip disposal for depths of cut smaller than the corner R.
For light cutting of carbon steel, alloy steel and stainless steelDouble sided chipbreaker.Can be used at low depth of cuts and high feed rates.The curved edge allows smooth chip discharge.Recommended for workpieces in the 160─250HB range.
Alternative chipbreaker for light cutting of carbon steel and alloy steelDouble sided chipbreaker.Superior chip control at small depth of cuts.Covers copying and back turning with wavy edge.Recommended for workpieces in the 200─300HB range.
Wiper insert for light cutting of carbon steel and alloy steelDouble sided chipbreaker.The wiper allows up to double the feed rate.Wiper design for increased productivity and improved surface finish.
First recommendation for light cutting of mild steelDouble sided chipbreaker.Effectively controls adhesive chips.Suitable for mild steel light cutting.
Alternative chipbreaker for light cutting of carbon steel and alloy steelDouble sided chipbreaker.Parallel chipbreaker controls chip flow.Suitable for finish-light cutting.Precision chipbreaker.
Light cuttingDouble sided chipbreaker.Parallel chipbreaker.Excellent chip control at low to medium feed rates.
First recommendation for light cutting of difficult-to-cut materialsDouble sided chipbreaker.Ideal for heat-resistant alloy and titanium alloy.The sharp edge produces a good surface finish.The curved edge allows smooth chip discharge.
A046
G
MJ 43210 0.1 0.3 0.5 9°
13°CNGG_MJ
^ A093
DNGM_MJ
^ A100
VNGM_MJ
^ A117
MJ(G)
M
MP 543210 0.1 0.3 0.5
15°
11°
0.15
0.2
CNMG_MP
^ A094
DNMG_MP
^ A100
SNMG_MP
^ A106
TNMG_MP
^ A112
VNMG_MP
^ A117
WNMG_MP
^ A121
MP
MM 543210 0.1 0.3 0.5
6°
10°
0.3
0.3
CNMG_MM
^ A094
DNMG_MM
^ A100
SNMG_MM
^ A106
TNMG_MM
^ A112
VNMG_MM
^ A117
WNMG_MM
^ A121
MM
MK 543210 0.1 0.3 0.5
0.2515°
3°
CNMG_MK
^ A094
DNMG_MK
^ A100
SNMG_MK
^ A106
TNMG_MK
^ A112
VNMG_MK
^ A117
WNMG_MK
^ A121
MK
MS 543210 0.1 0.3 0.5
25°
25°
15°
15°
0.5
0.5
CNMG_MS
^ A094
DNMG_MS
^ A101
SNMG_MS
^ A106
TNMG_MS
^ A112
VNMG_MS
^ A117
WNMG_MS
^ A121
MS
GM 543210 0.1 0.3 0.5
25°15°
0.5
25°15°
0.5
CNMG_GM
^ A095
DNMG_GM
^ A101
SNMG_GM
^ A107
TNMG_GM
^ A112
VNMG_GM
^ A117
WNMG_GM
^ A121
GM
MA 543210 0.1 0.3 0.5
6°
6°
22°
22°
0.2
0.2
CNMG_MA
^ A095
DNMG_MA
^ A101
SNMG_MA
^ A107
TNMG_MA
^ A113
VNMG_MA
^ A118
WNMG_MA
^ A121
MA
MH 543210 0.1 0.3 0.5
16°
16°
0.25
0.35
CNMG_MH
^ A095
DNMG_MH
^ A101
SNMG_MH
^ A107
TNMG_MH
^ A113
VNMG_MH
^ A118
WNMG_MH
^ A122
MH
543210 0.1 0.3 0.5
15°
15°
0.25
0.25
CNMG
^ A095
DNMG
^ A101
SNMG
^ A107
TNMG
^ A113
VNMG
^ A118
WNMG
^ A122
RNMG
^ A104
TURNING INSERTSTU
RN
ING
INSE
RTS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° RoundBreaker Name
and Cross Section
Ligh
t Cut
ting First recommendation for light cutting of
difficult-to-cut materialsDouble sided chipbreaker, Single sided chipbreaker (D type, V type).The sharp edge produces a good surface finish.Ideal for heat-resistant alloy and titanium alloy.The curved edge allows smooth chip discharge.
Med
ium
Cut
ting
First recommendation for medium cutting of carbon steel and alloy steelDouble sided chipbreaker.Suitable for medium to light cutting.Breaker geometry appropriate for copying and back turning.Cutting edge geometry for an optimum balance of sharpness and fracture resistance.
First recommendation for medium cutting of stainless steelM class double sided chip breaker.Optimized land geometry by simulation analysis technology controls the plastic deformation of the corner and achieves the long tool life.
First recommendation for cast iron turningOptimum balance between sharpness and high edge strength for general use.
First recommendation for medium cutting of stainless steel and mild steelFirst recommendation for rough cutting of difficult-to-cut materialsDouble sided chipbreaker.The sharp edge gives best performance.
Alternative chip breaker for light to medium cutting of stainless steelM class double sided chip breaker.Alternative chip breaker of main chip breaker LM and MM.Excellent notch wear resistance for light to medium cutting.
Alternative chipbreaker for medium cutting of carbon steel and alloy steelFirst recommendation for light cutting cast ironDouble sided chipbreaker.Positive land provides sharp cutting action.
Alternative chipbreaker for medium cutting of carbon steel and alloy steelFirst recommendation for rough cutting of mild steelDouble sided chipbreaker.Flat land offers high edge strength.
Standard Alternative chipbreaker for medium cutting of carbon steel and alloy steelFirst recommendation for medium cutting of cast ironDouble sided chipbreaker.Flat land offers high edge strength.
Standard
NEGATIVE INSERTS WITH HOLE
CLASSIFICATION
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
Nose
Nose
Flank
Flank
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Nose
Nose
Flank
Flank
Flank
Difficult-to-Cut Materials
Carbon Steel • Alloy Steel
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
Nose
Nose
Flank
Flank
Stainless Steel
ap ( m
m)
f (mm/rev)
Stainless Steel
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
Flank
Stainless Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
Cast Iron
A047
G
MJ 43210 0.1 0.3 0.5 9°
13°CNGG_MJ
^ A093
DNGM_MJ
^ A100
VNGM_MJ
^ A117
MJ(G)
M
MP 543210 0.1 0.3 0.5
15°
11°
0.15
0.2
CNMG_MP
^ A094
DNMG_MP
^ A100
SNMG_MP
^ A106
TNMG_MP
^ A112
VNMG_MP
^ A117
WNMG_MP
^ A121
MP
MM 543210 0.1 0.3 0.5
6°
10°
0.3
0.3
CNMG_MM
^ A094
DNMG_MM
^ A100
SNMG_MM
^ A106
TNMG_MM
^ A112
VNMG_MM
^ A117
WNMG_MM
^ A121
MM
MK 543210 0.1 0.3 0.5
0.2515°
3°
CNMG_MK
^ A094
DNMG_MK
^ A100
SNMG_MK
^ A106
TNMG_MK
^ A112
VNMG_MK
^ A117
WNMG_MK
^ A121
MK
MS 543210 0.1 0.3 0.5
25°
25°
15°
15°
0.5
0.5
CNMG_MS
^ A094
DNMG_MS
^ A101
SNMG_MS
^ A106
TNMG_MS
^ A112
VNMG_MS
^ A117
WNMG_MS
^ A121
MS
GM 543210 0.1 0.3 0.5
25°15°
0.5
25°15°
0.5
CNMG_GM
^ A095
DNMG_GM
^ A101
SNMG_GM
^ A107
TNMG_GM
^ A112
VNMG_GM
^ A117
WNMG_GM
^ A121
GM
MA 543210 0.1 0.3 0.5
6°
6°
22°
22°
0.2
0.2
CNMG_MA
^ A095
DNMG_MA
^ A101
SNMG_MA
^ A107
TNMG_MA
^ A113
VNMG_MA
^ A118
WNMG_MA
^ A121
MA
MH 543210 0.1 0.3 0.5
16°
16°
0.25
0.35
CNMG_MH
^ A095
DNMG_MH
^ A101
SNMG_MH
^ A107
TNMG_MH
^ A113
VNMG_MH
^ A118
WNMG_MH
^ A122
MH
543210 0.1 0.3 0.5
15°
15°
0.25
0.25
CNMG
^ A095
DNMG
^ A101
SNMG
^ A107
TNMG
^ A113
VNMG
^ A118
WNMG
^ A122
RNMG
^ A104
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° RoundBreaker Name
and Cross Section
Ligh
t Cut
ting First recommendation for light cutting of
difficult-to-cut materialsDouble sided chipbreaker, Single sided chipbreaker (D type, V type).The sharp edge produces a good surface finish.Ideal for heat-resistant alloy and titanium alloy.The curved edge allows smooth chip discharge.
Med
ium
Cut
ting
First recommendation for medium cutting of carbon steel and alloy steelDouble sided chipbreaker.Suitable for medium to light cutting.Breaker geometry appropriate for copying and back turning.Cutting edge geometry for an optimum balance of sharpness and fracture resistance.
First recommendation for medium cutting of stainless steelM class double sided chip breaker.Optimized land geometry by simulation analysis technology controls the plastic deformation of the corner and achieves the long tool life.
First recommendation for cast iron turningOptimum balance between sharpness and high edge strength for general use.
First recommendation for medium cutting of stainless steel and mild steelFirst recommendation for rough cutting of difficult-to-cut materialsDouble sided chipbreaker.The sharp edge gives best performance.
Alternative chip breaker for light to medium cutting of stainless steelM class double sided chip breaker.Alternative chip breaker of main chip breaker LM and MM.Excellent notch wear resistance for light to medium cutting.
Alternative chipbreaker for medium cutting of carbon steel and alloy steelFirst recommendation for light cutting cast ironDouble sided chipbreaker.Positive land provides sharp cutting action.
Alternative chipbreaker for medium cutting of carbon steel and alloy steelFirst recommendation for rough cutting of mild steelDouble sided chipbreaker.Flat land offers high edge strength.
Standard Alternative chipbreaker for medium cutting of carbon steel and alloy steelFirst recommendation for medium cutting of cast ironDouble sided chipbreaker.Flat land offers high edge strength.
Standard
A048
M
MW 543210 0.1 0.3 0.5
19°
19°
0.25
0.3
CNMG_MW
^ A095
DNMX_MW
^ A101
TNMX_MW
^ A113
WNMG_MW
^ A122
MW
R/L-ES 543210 0.1 0.3 0.5
15° 0.16
TNMG_R/L-ES
^ A113
R/L-ES
R/L-2G 543210 0.1 0.3 0.5
14° 0.2
TNMG_R/L-2G
^ A114
R/L-2G
G
R/L 543210 0.1 0.3 0.5
14° 0.25
DNGG_R/L
^ A102
SNGG_R/L
^ A107
TNGG_R/L
^ A114
VNGG_R/L
^ A118
R/L
M
RP 7
5
3
10 0.1 0.3 0.5 0.7
0.33
3°0.33 CNMG_RP
^ A096
DNMG_RP
^ A102
SNMG_RP
^ A107
TNMG_RP
^ A114
WNMG_RP
^ A122
RP
RM 7
5
3
10 0.1 0.3 0.5 0.7 6°
0.323°
0.32
CNMG_RM
^ A096
DNMG_RM
^ A102
SNMG_RM
^ A108
TNMG_RM
^ A114
WNMG_RM
^ A122
RM
RK 7
5
3
10 0.1 0.3 0.5 0.7
0.3515°
CNMG_RK
^ A096
DNMG_RK
^ A102
SNMG_RK
^ A108
TNMG_RK
^ A115
WNMG_RK
^ A122
RK
RS 7
5
3
10 0.1 0.3 0.5 0.7
25°
10°
0.2
CNMG_RS
^ A096
DNMG_RS
^ A102
SNMG_RS
^ A108
TNMG_RS
^ A115
WNMG_RS
^ A122
RS
GK 7
5
3
10 0.1 0.3 0.5 0.7
0.2515°
CNMG_GK
^ A096
DNMG_GK
^ A102
SNMG_GK
^ A108
TNMG_GK
^ A115
VNMG_GK
^ A118
WNMG_GK
^ A123
GK
TURNING INSERTSTU
RN
ING
INSE
RTS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° RoundBreaker Name
and Cross Section
Med
ium
Cut
ting
Wiper insert for medium cutting of carbon steel and alloy steelDouble sided chipbreaker.The wiper allows up to two times higher feed.A wide chip pocket prevents chip jamming.
Alternative chipbreaker for medium cutting of stainless steelDouble sided chipbreaker.Good balance of edge strength and sharpness.Right- or left-hand breaker for unidirectional chip control.
Alternative chipbreaker for medium cutting of carbon steel and alloy steelDouble sided chipbreaker.Parallel chipbreaker controls chip flow.Suitable for light to medium cutting.
Medium cuttingDouble sided chipbreaker.Parallel chipbreaker.Good chip control for medium feed rates.
Rou
gh C
uttin
g
First recommendation for rough cutting of carbon steel and alloy steelDouble sided chip breaker.For interrupted cut and removing scale.Good balance of cutting edge strength and low cutting resistance because of suitable rake angle.
First recommendation for rough cutting of stainless steelM class double sided chip breaker.Excellent fracture resistance at interrupted cutting due to the optimum land angle and honing geometry.
First recommendation for cast iron turningExtra wide land provides a stable cutting edge for interrupted machining and removal of scale.
First recommendation for difficult to cut materialsDuring low speed cutting the positive land controls chip welding and abrasion at the depth of cut line.
First recommendation for cast iron turningVersatile standard breaker.Flat land maintains a stable cutting edge.
NEGATIVE INSERTS WITH HOLE
CLASSIFICATION
Stainless Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steelap
( mm
)ap
( mm
)ap
( mm
)
f (mm/rev)
f (mm/rev)
f (mm/rev)
Flank
Flank
Flank
Flank
Flank
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
Nose
Flank
Stainless Steel
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
Flank
Cast Iron
Cast Iron
Difficult-to-Cut Materials
A049
M
MW 543210 0.1 0.3 0.5
19°
19°
0.25
0.3
CNMG_MW
^ A095
DNMX_MW
^ A101
TNMX_MW
^ A113
WNMG_MW
^ A122
MW
R/L-ES 543210 0.1 0.3 0.5
15° 0.16
TNMG_R/L-ES
^ A113
R/L-ES
R/L-2G 543210 0.1 0.3 0.5
14° 0.2
TNMG_R/L-2G
^ A114
R/L-2G
G
R/L 543210 0.1 0.3 0.5
14° 0.25
DNGG_R/L
^ A102
SNGG_R/L
^ A107
TNGG_R/L
^ A114
VNGG_R/L
^ A118
R/L
M
RP 7
5
3
10 0.1 0.3 0.5 0.7
0.33
3°0.33 CNMG_RP
^ A096
DNMG_RP
^ A102
SNMG_RP
^ A107
TNMG_RP
^ A114
WNMG_RP
^ A122
RP
RM 7
5
3
10 0.1 0.3 0.5 0.7 6°
0.323°
0.32
CNMG_RM
^ A096
DNMG_RM
^ A102
SNMG_RM
^ A108
TNMG_RM
^ A114
WNMG_RM
^ A122
RM
RK 7
5
3
10 0.1 0.3 0.5 0.7
0.3515°
CNMG_RK
^ A096
DNMG_RK
^ A102
SNMG_RK
^ A108
TNMG_RK
^ A115
WNMG_RK
^ A122
RK
RS 7
5
3
10 0.1 0.3 0.5 0.7
25°
10°
0.2
CNMG_RS
^ A096
DNMG_RS
^ A102
SNMG_RS
^ A108
TNMG_RS
^ A115
WNMG_RS
^ A122
RS
GK 7
5
3
10 0.1 0.3 0.5 0.7
0.2515°
CNMG_GK
^ A096
DNMG_GK
^ A102
SNMG_GK
^ A108
TNMG_GK
^ A115
VNMG_GK
^ A118
WNMG_GK
^ A123
GK
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° RoundBreaker Name
and Cross Section
Med
ium
Cut
ting
Wiper insert for medium cutting of carbon steel and alloy steelDouble sided chipbreaker.The wiper allows up to two times higher feed.A wide chip pocket prevents chip jamming.
Alternative chipbreaker for medium cutting of stainless steelDouble sided chipbreaker.Good balance of edge strength and sharpness.Right- or left-hand breaker for unidirectional chip control.
Alternative chipbreaker for medium cutting of carbon steel and alloy steelDouble sided chipbreaker.Parallel chipbreaker controls chip flow.Suitable for light to medium cutting.
Medium cuttingDouble sided chipbreaker.Parallel chipbreaker.Good chip control for medium feed rates.
Rou
gh C
uttin
g
First recommendation for rough cutting of carbon steel and alloy steelDouble sided chip breaker.For interrupted cut and removing scale.Good balance of cutting edge strength and low cutting resistance because of suitable rake angle.
First recommendation for rough cutting of stainless steelM class double sided chip breaker.Excellent fracture resistance at interrupted cutting due to the optimum land angle and honing geometry.
First recommendation for cast iron turningExtra wide land provides a stable cutting edge for interrupted machining and removal of scale.
First recommendation for difficult to cut materialsDuring low speed cutting the positive land controls chip welding and abrasion at the depth of cut line.
First recommendation for cast iron turningVersatile standard breaker.Flat land maintains a stable cutting edge.
A050
M
GH 7
5
3
10 0.1 0.3 0.5 0.7
18° 0.32
0.3218°
CNMG_GH
^ A096
DNMG_GH
^ A103
SNMG_GH
^ A108
TNMG_GH
^ A115
WNMG_GH
^ A123
GH
GJ 7
5
3
10 0.1 0.3 0.5 0.7
18° 0.15
0.1518°
CNMG_GJ
^ A097
DNMG_GJ
^ A103
WNMG_GJ
^ A123
GJ
M
HZ 14
10
6
20 0.2 0.6 1.0 1.4
22° 0.42
0.4222°
6°
6°
CNMM_HZ
^ A097
DNMM_HZ
^ A103
SNMM_HZ
^ A108
TNMM_HZ
^ A115
HZ
HX 14
10
6
20 0.2 0.6 1.0 1.4
23° 0.43
0.5221°
CNMM_HX
^ A097
SNMM_HX
^ A109
HX
HV 14
10
6
20 0.2 0.6 1.0 1.4
20° 0.68
0.6820°
CNMM_HV
^ A097
SNMM_HV
^ A109
HV
HXD 14
10
6
20 0.2 0.6 1.0 1.4
25°
30°
0.35
0.55
SNMM_HXD
^ A109
HXD
M
7
5
3
10 0.1 0.3 0.5 0.7
0°
CNMA
^ A097
DNMA
^ A103
SNMA
^ A109
TNMA
^ A115
WNMA
^ A123
G
7
5
3
10 0.1 0.3 0.5 0.7
0°
DNGA
^ A103
SNGA
^ A109
TNGA
^ A115
VNGA
^ A118
TURNING INSERTSTU
RN
ING
INSE
RTS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° RoundBreaker Name
and Cross Section
Rou
gh C
uttin
g
For rough cutting of carbon steel, alloy steel and stainless steelDouble sided chipbreaker.For interrupted cuts and removing scale.A combination of a wide land and large chip pocket allows high feed rates.
First recommendation for rough cutting of difficult-to-cut materialsDouble sided chipbreaker.Excellent balance of edge sharpness and strength.Edge geometry with high face wear resistance.
Hea
vy C
uttin
g
Alternative chipbreaker for heavy cutting of mild steel and stainless steelSingle sided chipbreaker.Covers the lower end of the heavy cutting region.Low cutting resistance due to positive land and curved edge.Teardrop dots improve chip control without increasing cutting resistance.
First recommendation for heavy cutting of carbon steel and alloy steelSingle sided chipbreaker.Covers the medium range of the heavy cutting region.Owing to the straight edge and chamfer, it gives a balance of sharpness and strength.Variable land and a wavy chipbreaker for good chip control.
Alternative chipbreaker for heavy cutting of carbon steel and alloy steelSingle sided chipbreaker.Covers the upper end of the heavy cutting region.Wide land and large chamfer offer high edge strength.A wide chipbreaker prevents chip jamming.
Alternative chipbreaker for heavy cutting of mild steel and stainless steelSingle sided chipbreaker.Covers the lower end through to the medium range of the heavy cutting region.Balance of sharpness and strength owing to a narrow chamfer and variable land.
For C
ast I
ron
Flat Top First recommendation for heavy cutting of cast ironDouble sided flat insert.Most effective for unstable machining due to its high edge strength.
Flat Top(M)
Flat Top For cast ironDouble sided flat insert.Most effective for unstable machining due to its high edge strength.Can be used on workpieces requiring close tolerances due to G class insert tolerance.
Flat Top(G)
Mild Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
Nose
Nose
Nose
Flank
Flank
Flank
Difficult-to-Cut Materials
ap ( m
m)
f (mm/rev)
Nose
Flank
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
NEGATIVE INSERTS WITH HOLE
CLASSIFICATION
Cast Iron
Cast Iron
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
Nose
Flank
Mild Steel
ap ( m
m)
f (mm/rev)
A051
M
GH 7
5
3
10 0.1 0.3 0.5 0.7
18° 0.32
0.3218°
CNMG_GH
^ A096
DNMG_GH
^ A103
SNMG_GH
^ A108
TNMG_GH
^ A115
WNMG_GH
^ A123
GH
GJ 7
5
3
10 0.1 0.3 0.5 0.7
18° 0.15
0.1518°
CNMG_GJ
^ A097
DNMG_GJ
^ A103
WNMG_GJ
^ A123
GJ
M
HZ 14
10
6
20 0.2 0.6 1.0 1.4
22° 0.42
0.4222°
6°
6°
CNMM_HZ
^ A097
DNMM_HZ
^ A103
SNMM_HZ
^ A108
TNMM_HZ
^ A115
HZ
HX 14
10
6
20 0.2 0.6 1.0 1.4
23° 0.43
0.5221°
CNMM_HX
^ A097
SNMM_HX
^ A109
HX
HV 14
10
6
20 0.2 0.6 1.0 1.4
20° 0.68
0.6820°
CNMM_HV
^ A097
SNMM_HV
^ A109
HV
HXD 14
10
6
20 0.2 0.6 1.0 1.4
25°
30°
0.35
0.55
SNMM_HXD
^ A109
HXD
M
7
5
3
10 0.1 0.3 0.5 0.7
0°
CNMA
^ A097
DNMA
^ A103
SNMA
^ A109
TNMA
^ A115
WNMA
^ A123
G
7
5
3
10 0.1 0.3 0.5 0.7
0°
DNGA
^ A103
SNGA
^ A109
TNGA
^ A115
VNGA
^ A118
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° RoundBreaker Name
and Cross Section
Rou
gh C
uttin
g
For rough cutting of carbon steel, alloy steel and stainless steelDouble sided chipbreaker.For interrupted cuts and removing scale.A combination of a wide land and large chip pocket allows high feed rates.
First recommendation for rough cutting of difficult-to-cut materialsDouble sided chipbreaker.Excellent balance of edge sharpness and strength.Edge geometry with high face wear resistance.
Hea
vy C
uttin
g
Alternative chipbreaker for heavy cutting of mild steel and stainless steelSingle sided chipbreaker.Covers the lower end of the heavy cutting region.Low cutting resistance due to positive land and curved edge.Teardrop dots improve chip control without increasing cutting resistance.
First recommendation for heavy cutting of carbon steel and alloy steelSingle sided chipbreaker.Covers the medium range of the heavy cutting region.Owing to the straight edge and chamfer, it gives a balance of sharpness and strength.Variable land and a wavy chipbreaker for good chip control.
Alternative chipbreaker for heavy cutting of carbon steel and alloy steelSingle sided chipbreaker.Covers the upper end of the heavy cutting region.Wide land and large chamfer offer high edge strength.A wide chipbreaker prevents chip jamming.
Alternative chipbreaker for heavy cutting of mild steel and stainless steelSingle sided chipbreaker.Covers the lower end through to the medium range of the heavy cutting region.Balance of sharpness and strength owing to a narrow chamfer and variable land.
For C
ast I
ron
Flat Top First recommendation for heavy cutting of cast ironDouble sided flat insert.Most effective for unstable machining due to its high edge strength.
Flat Top(M)
Flat Top For cast ironDouble sided flat insert.Most effective for unstable machining due to its high edge strength.Can be used on workpieces requiring close tolerances due to G class insert tolerance.
Flat Top(G)
A052
M
FP 3
2
1
0 0.1 0.2 0.3 0.4 6°
6°VBMT_FP
^ A150
FP
FM 3
2
1
0 0.1 0.2 0.3 0.4 6°
6°VBMT_FM
^ A150
FM
FV3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
VBMT_FV
^ A150
FV
G
R/L-F3
2
1
0 0.1 0.2 0.3 0.4
13°
VBGT_R/L-F
^ A150
WBGT_R/L-F
^ A157
R/L-F
M
LP 3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
VBMT_LP
^ A150
LP
LM 3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
VBMT_LM
^ A150
LM
SV3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
VBMT_SV
^ A151
SV
M
MP3
2
1
0 0.1 0.2 0.3 0.4
18°
18°
0.1
0.1
VBMT_MP
^ A151
MP
MM3
2
1
0 0.1 0.2 0.3 0.4
18°
18°
0.1
0.1
VBMT_MM
^ A151
MM
TURNING INSERTSTU
RN
ING
INSE
RTS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
Fini
sh C
uttin
g
First recommendation for finishing carbon steel and alloy steelBreaker protrusion at the corner tip controls chips even at small depth of cut.Maintains the edge strength at the corner and prevents sudden fractures.
First recommendation for finishing stainless steelBreaker protrusion at the corner tip controls chips even at small depth of cut.Maintains the edge strength at the corner and prevents sudden fractures.
First recommendation for finishing carbon steel, alloy steel, mild steel and stainless steelSuitable for low depths of cut and low feed rates.Sharp cutting edge and low resistance design achieves excellent cutting performance.
FinishingLead chipbreaker controls chip flow.Sharp cutting edge gives a good surface finish.
Ligh
t Cut
ting
First recommendation for light cutting of carbon steel and alloy steelSharp cutting edge due to a large rake angle.Prevents welding of the insert and controls white turbidity of the surface finish.Breaker protrusion suitable for depth of cut area achieves a wide range of chip control.
First recommendation for light cutting of stainless steelSharp cutting edge due to a large rake angle.Prevents welding of the insert and controls white turbidity of the surface finish.Breaker protrusion suitable for depth of cut area achieves a wide range of chip control.
Light cutting of carbon steel, alloy steel, mild steel and stainless steelLarge rake angle provides sharp cutting action.A peninsular dot ensures chip control at depths of cut under 1mm.
Med
ium
Cut
ting
First recommendation for medium cutting of carbon steel and alloy steelGood balance of wear resistance and fracture resistance because of the flat land cutting edge.A wide chip pocket controls increasing of the cutting resistance and reduces vibration and chip jamming even at large depth of cut.
First recommendation for medium cutting of stainless steelGood balance of wear resistance and fracture resistance because of the flat land cutting edge.A wide chip pocket controls increasing of the cutting resistance and reduces vibration and chip jamming even at large depth of cut.
5° POSITIVE INSERTS WITH HOLE
CLASSIFICATION
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
Nose
Nose
Nose
Flank
Flank
Flank
Flank
Nose
Flank
Stainless Steel
ap ( m
m)
f (mm/rev)
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
Nose
Flank
Stainless Steel
ap ( m
m)
f (mm/rev)
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
Nose
Flank
Stainless Steel
ap ( m
m)
f (mm/rev)
A053
M
FP 3
2
1
0 0.1 0.2 0.3 0.4 6°
6°VBMT_FP
^ A150
FP
FM 3
2
1
0 0.1 0.2 0.3 0.4 6°
6°VBMT_FM
^ A150
FM
FV3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
VBMT_FV
^ A150
FV
G
R/L-F3
2
1
0 0.1 0.2 0.3 0.4
13°
VBGT_R/L-F
^ A150
WBGT_R/L-F
^ A157
R/L-F
M
LP 3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
VBMT_LP
^ A150
LP
LM 3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
VBMT_LM
^ A150
LM
SV3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
VBMT_SV
^ A151
SV
M
MP3
2
1
0 0.1 0.2 0.3 0.4
18°
18°
0.1
0.1
VBMT_MP
^ A151
MP
MM3
2
1
0 0.1 0.2 0.3 0.4
18°
18°
0.1
0.1
VBMT_MM
^ A151
MM
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
Fini
sh C
uttin
g
First recommendation for finishing carbon steel and alloy steelBreaker protrusion at the corner tip controls chips even at small depth of cut.Maintains the edge strength at the corner and prevents sudden fractures.
First recommendation for finishing stainless steelBreaker protrusion at the corner tip controls chips even at small depth of cut.Maintains the edge strength at the corner and prevents sudden fractures.
First recommendation for finishing carbon steel, alloy steel, mild steel and stainless steelSuitable for low depths of cut and low feed rates.Sharp cutting edge and low resistance design achieves excellent cutting performance.
FinishingLead chipbreaker controls chip flow.Sharp cutting edge gives a good surface finish.
Ligh
t Cut
ting
First recommendation for light cutting of carbon steel and alloy steelSharp cutting edge due to a large rake angle.Prevents welding of the insert and controls white turbidity of the surface finish.Breaker protrusion suitable for depth of cut area achieves a wide range of chip control.
First recommendation for light cutting of stainless steelSharp cutting edge due to a large rake angle.Prevents welding of the insert and controls white turbidity of the surface finish.Breaker protrusion suitable for depth of cut area achieves a wide range of chip control.
Light cutting of carbon steel, alloy steel, mild steel and stainless steelLarge rake angle provides sharp cutting action.A peninsular dot ensures chip control at depths of cut under 1mm.
Med
ium
Cut
ting
First recommendation for medium cutting of carbon steel and alloy steelGood balance of wear resistance and fracture resistance because of the flat land cutting edge.A wide chip pocket controls increasing of the cutting resistance and reduces vibration and chip jamming even at large depth of cut.
First recommendation for medium cutting of stainless steelGood balance of wear resistance and fracture resistance because of the flat land cutting edge.A wide chip pocket controls increasing of the cutting resistance and reduces vibration and chip jamming even at large depth of cut.
A054
M
3
2
1
0 0.1 0.2 0.3 0.4
18°
18°
0.1
0.1
VBMT
^ A151
MV3
2
1
0 0.1 0.2 0.3 0.4
18°
18°10°
10°0.1
0.1
VBMT_MV
^ A151
MV
R/L-MV3
2
1
0 0.1 0.2 0.3 0.4
0.16
0.16
20°
20°
8°
8°
WBMT_R/L-MV
^ A157
R/L-MV
E
R/L-SR3
2
1
0 0.1 0.2 0.3 0.4
30°
VBET_R/L-SR
^ A151
R/L-SR
R/L-SN 6
4
2
0 0.1 0.3
20°
VBET_R/L-SN
^ A151
R/L-SN
R/LW-SN 6
4
2
0 0.1 0.3
20°
VBET_R/LW-SN
^ A152
R/LW-SN
TURNING INSERTSTU
RN
ING
INSE
RTS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
Med
ium
Cut
ting
Standard Medium cutting of carbon steel, alloy steel and stainless steelBalance of edge strength and sharpness due to a combination of a flat land and large rake angle.
Standard
Medium cutting of carbon steel, alloy steel, mild steel and stainless steelA positive insert with a large rake angle achieves sharp cutting edge performance.The double breakers and round-shaped dots in the rake face achieve a wide range of chip discharge.
Medium cutting of carbon steel, alloy steel, mild steel and stainless steelA positive insert with a large rake angle achieves sharp cutting edge performance.The double breakers and round-shaped dots in the rake face achieve a wide range of chip discharge.
Medium cutting on automatic lathesA wide lead chipbreaker.Insert designed for low resistance chip control.
Medium cutting on automatic lathesA parallel chipbreaker.Excellent chip control for low to medium feed rates.
Medium cutting on automatic lathesA parallel chipbreaker.Excellent chip control for low to medium feed rates.The wiper produces good cutting surface.
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
Nose
Nose
Flank
Flank
Flank
Flank
Flank
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
5° POSITIVE INSERTS WITH HOLE
CLASSIFICATION
A055
M
3
2
1
0 0.1 0.2 0.3 0.4
18°
18°
0.1
0.1
VBMT
^ A151
MV3
2
1
0 0.1 0.2 0.3 0.4
18°
18°10°
10°0.1
0.1
VBMT_MV
^ A151
MV
R/L-MV3
2
1
0 0.1 0.2 0.3 0.4
0.16
0.16
20°
20°
8°
8°
WBMT_R/L-MV
^ A157
R/L-MV
E
R/L-SR3
2
1
0 0.1 0.2 0.3 0.4
30°
VBET_R/L-SR
^ A151
R/L-SR
R/L-SN 6
4
2
0 0.1 0.3
20°
VBET_R/L-SN
^ A151
R/L-SN
R/LW-SN 6
4
2
0 0.1 0.3
20°
VBET_R/LW-SN
^ A152
R/LW-SN
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
Med
ium
Cut
ting
Standard Medium cutting of carbon steel, alloy steel and stainless steelBalance of edge strength and sharpness due to a combination of a flat land and large rake angle.
Standard
Medium cutting of carbon steel, alloy steel, mild steel and stainless steelA positive insert with a large rake angle achieves sharp cutting edge performance.The double breakers and round-shaped dots in the rake face achieve a wide range of chip discharge.
Medium cutting of carbon steel, alloy steel, mild steel and stainless steelA positive insert with a large rake angle achieves sharp cutting edge performance.The double breakers and round-shaped dots in the rake face achieve a wide range of chip discharge.
Medium cutting on automatic lathesA wide lead chipbreaker.Insert designed for low resistance chip control.
Medium cutting on automatic lathesA parallel chipbreaker.Excellent chip control for low to medium feed rates.
Medium cutting on automatic lathesA parallel chipbreaker.Excellent chip control for low to medium feed rates.The wiper produces good cutting surface.
A056
M
FP3
2
1
0 0.1 0.2 0.3 0.46°
6°CCMT_FP
^ A127
DCMT_FP
^ A134
SCMT_FP
^ A141
TCMT_FP
^ A144
VCMT_FP
^ A153
FP
FM3
2
1
0 0.1 0.2 0.3 0.46°
6°CCMT_FM
^ A127
DCMT_FM
^ A134
SCMT_FM
^ A141
TCMT_FM
^ A144
VCMT_FM
^ A153
FM
FV3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
CCMT_FV
^ A127
DCMT_FV
^ A134
SCMT_FV
^ A141
TCMT_FV
^ A144
VCMT_FV
^ A153
FV
G
FJ3
2
1
0 0.1 0.2 0.3 0.4
14°
14°
CCGT_FJ
^ A127
FJ
AZ34
210 0.1 0.3 0.5
30°
CCGT_AZ
^ A127
DCGT_AZ
^ A134
TCGT_AZ
^ A144
VCGT_AZ
^ A153
RCGT_AZ
^ A140
AZ
R/L-F3
2
1
0 0.1 0.2 0.3 0.4
17°
CCGT_L-FCCGH_R/L-F
^ A128
DCGT_R/L-F
^ A134
TCGT_R/L-F
^ A144
VCGT_R/L-F
^ A153
R/L-F
R/L3
2
1
0 0.1 0.2 0.3 0.4
15°
WCGT_R/L
^ A158
R/L
M
LP3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
CCMT_LP
^ A128
DCMT_LP
^ A134
SCMT_LP
^ A141
TCMT_LP
^ A144
VCMT_LP
^ A153
LP
LM3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
CCMT_LM
^ A128
DCMT_LM
^ A135
SCMT_LM
^ A141
TCMT_LM
^ A145
VCMT_LM
^ A153
LM
TURNING INSERTSTU
RN
ING
INSE
RTS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
Fini
sh C
uttin
g
First recommendation for finishing carbon steel and alloy steelBreaker protrusion at the corner tip controls chips even at small depth of cut.Maintains the edge strength at the corner and prevents sudden fractures.
First recommendation for finishing stainless steelBreaker protrusion at the corner tip controls chips even at small depth of cut.Maintains the edge strength at the corner and prevents sudden fractures.
First recommendation for finishing carbon steel, alloy steel, mild steel and stainless steelSuitable for low depths of cut and low feed rates.Sharp cutting edge and low resistance design achieves excellent cutting performance.
First recommendation for finishing difficult-to-cut materialsIdeal for heat-resistant alloy and titanium alloy.The sharp edge produces a good surface finish.The curved edge allows smooth chip discharge.
For aluminium alloyThe high rake angle and 3D curved cutting edge provides sharpness at the cutting point.Additionally the 3D shape of the rake face enables excellent chip control.Lapping of the top surface gives a mirror finish for improved welding resistance.
FinishingLead chipbreaker controls chip flow.Sharp cutting edge gives a good surface finish.
FinishingLead chipbreaker.Excellent chip control at low feed rates.
Ligh
t Cut
ting
First recommendation for light cutting of carbon steel and alloy steelSharp cutting edge due to a large rake angle.Prevents welding of the insert and controls white turbidity of the surface finish.Breaker protrusion suitable for depth of cut area achieves a wide range of chip control.
First recommendation for light cutting of stainless steelSharp cutting edge due to a large rake angle.Prevents welding of the insert and controls white turbidity of the surface finish.Breaker protrusion suitable for depth of cut area achieves a wide range of chip control.
Carbon Steel • Alloy Steel
Difficult-to-Cut Materials
Aluminium Alloy
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
Nose
Nose
Flank
Flank
Flank
Flank
Flank
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
Nose
Flank
Stainless Steel
ap ( m
m)
f (mm/rev)
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
Nose
Flank
Stainless Steel
ap ( m
m)
f (mm/rev)
7° POSITIVE INSERTS WITH HOLE
CLASSIFICATION
A057
M
FP3
2
1
0 0.1 0.2 0.3 0.46°
6°CCMT_FP
^ A127
DCMT_FP
^ A134
SCMT_FP
^ A141
TCMT_FP
^ A144
VCMT_FP
^ A153
FP
FM3
2
1
0 0.1 0.2 0.3 0.46°
6°CCMT_FM
^ A127
DCMT_FM
^ A134
SCMT_FM
^ A141
TCMT_FM
^ A144
VCMT_FM
^ A153
FM
FV3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
CCMT_FV
^ A127
DCMT_FV
^ A134
SCMT_FV
^ A141
TCMT_FV
^ A144
VCMT_FV
^ A153
FV
G
FJ3
2
1
0 0.1 0.2 0.3 0.4
14°
14°
CCGT_FJ
^ A127
FJ
AZ34
210 0.1 0.3 0.5
30°
CCGT_AZ
^ A127
DCGT_AZ
^ A134
TCGT_AZ
^ A144
VCGT_AZ
^ A153
RCGT_AZ
^ A140
AZ
R/L-F3
2
1
0 0.1 0.2 0.3 0.4
17°
CCGT_L-FCCGH_R/L-F
^ A128
DCGT_R/L-F
^ A134
TCGT_R/L-F
^ A144
VCGT_R/L-F
^ A153
R/L-F
R/L3
2
1
0 0.1 0.2 0.3 0.4
15°
WCGT_R/L
^ A158
R/L
M
LP3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
CCMT_LP
^ A128
DCMT_LP
^ A134
SCMT_LP
^ A141
TCMT_LP
^ A144
VCMT_LP
^ A153
LP
LM3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
CCMT_LM
^ A128
DCMT_LM
^ A135
SCMT_LM
^ A141
TCMT_LM
^ A145
VCMT_LM
^ A153
LM
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
Fini
sh C
uttin
g
First recommendation for finishing carbon steel and alloy steelBreaker protrusion at the corner tip controls chips even at small depth of cut.Maintains the edge strength at the corner and prevents sudden fractures.
First recommendation for finishing stainless steelBreaker protrusion at the corner tip controls chips even at small depth of cut.Maintains the edge strength at the corner and prevents sudden fractures.
First recommendation for finishing carbon steel, alloy steel, mild steel and stainless steelSuitable for low depths of cut and low feed rates.Sharp cutting edge and low resistance design achieves excellent cutting performance.
First recommendation for finishing difficult-to-cut materialsIdeal for heat-resistant alloy and titanium alloy.The sharp edge produces a good surface finish.The curved edge allows smooth chip discharge.
For aluminium alloyThe high rake angle and 3D curved cutting edge provides sharpness at the cutting point.Additionally the 3D shape of the rake face enables excellent chip control.Lapping of the top surface gives a mirror finish for improved welding resistance.
FinishingLead chipbreaker controls chip flow.Sharp cutting edge gives a good surface finish.
FinishingLead chipbreaker.Excellent chip control at low feed rates.
Ligh
t Cut
ting
First recommendation for light cutting of carbon steel and alloy steelSharp cutting edge due to a large rake angle.Prevents welding of the insert and controls white turbidity of the surface finish.Breaker protrusion suitable for depth of cut area achieves a wide range of chip control.
First recommendation for light cutting of stainless steelSharp cutting edge due to a large rake angle.Prevents welding of the insert and controls white turbidity of the surface finish.Breaker protrusion suitable for depth of cut area achieves a wide range of chip control.
A058
M
SVX3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
XCMT_SVX
^ A160
SVX
SV3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
CCMH_SV
^ A128
DCMT_SV
^ A135
VCMT_SV
^ A154
SV
SW3
2
1
0 0.1 0.2 0.3 0.4
20°
16°
12°0.12
8°0.12
CCMT_SW
^ A128
SW
G
R/L-SS 6
4
2
0 0.1 0.3
14°
CCGT_R/L-SS
^ A129
DCGT_R/L-SS
^ A135
R/L-SS
M
MP 3
2
1
0 0.1 0.2 0.3 0.4
18°
18°
0.1
0.1
CCMT_MP
^ A129
DCMT_MP
^ A135
SCMT_MP
^ A141
TCMT_MP
^ A145
VCMT_MP
^ A154
MP
MM 3
2
1
0 0.1 0.2 0.3 0.4
18°
18°
0.1
0.1
CCMT_MM
^ A129
DCMT_MM
^ A135
SCMT_MM
^ A141
TCMT_MM
^ A145
VCMT_MM
^ A154
MM
MK 3
2
1
0 0.1 0.2 0.3 0.4
18°0.1
CCMT_MK
^ A129
DCMT_MK
^ A135
SCMT_MK
^ A142
TCMT_MK
^ A145
VCMT_MK
^ A154
MK
3
2
1
0 0.1 0.2 0.3 0.4
18°
18°0.1
0.1 CCMT
^ A129
DCMT
^ A136
SCMT
^ A142
TCMT
^ A145
VCMT
^ A154
WCMT
^ A158
RCMT
^ A140
15°
0.2
RCMX
^ A140
TURNING INSERTSTU
RN
ING
INSE
RTS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Rhombic 25° Round Breaker Name and
Cross Section
Ligh
t Cut
ting
Light cutting of carbon steel and alloy steelChip control is improved by having a chip breaker geometry suitable for copying.
Alternative chipbreaker for light cutting of carbon steel, alloy steel, mild steel and stainless steelLarge rake angle provides sharp cutting action.A peninsular dot ensures chip control at depths of cut under 1mm.
Wiper insert for light cutting of carbon steel, alloy steel, mild steel and stainless steelThe wiper allows up to double the feed rate.Positive land improves sharpness.
Light cutting on automatic lathesA parallel chipbreaker.Excellent chip control at low feed rates.
Med
ium
Cut
ting
First recommendation for medium cutting of carbon steel and alloy steelGood balance of wear resistance and fracture resistance because of the flat land cutting edge.A wide chip pocket controls increasing of the cutting resistance and reduces vibration and chip jamming even at large depth of cut.
First recommendation for medium cutting of stainless steelGood balance of wear resistance and fracture resistance because of the flat land cutting edge.A wide chip pocket controls increasing of the cutting resistance and reduces vibration and chip jamming even at large depth of cut.
First recommendation for cast iron turningOptimum balance between sharpness and high edge strength for general use.
StandardFirst recommendation for medium cutting of carbon steel, alloy steel and stainless steelBalance of edge strength and sharpness due to a combination of a flat land and large rake angle.
Standard
7° POSITIVE INSERTS WITH HOLE
CLASSIFICATION
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steelap
( mm
)ap
( mm
)ap
( mm
)ap
( mm
)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
Nose
Nose
Nose
Flank
Flank
Flank
Flank
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
Flank
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
Nose
Flank
Stainless Steel
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
FlankCast Iron
A059
M
SVX3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
XCMT_SVX
^ A160
SVX
SV3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
CCMH_SV
^ A128
DCMT_SV
^ A135
VCMT_SV
^ A154
SV
SW3
2
1
0 0.1 0.2 0.3 0.4
20°
16°
12°0.12
8°0.12
CCMT_SW
^ A128
SW
G
R/L-SS 6
4
2
0 0.1 0.3
14°
CCGT_R/L-SS
^ A129
DCGT_R/L-SS
^ A135
R/L-SS
M
MP 3
2
1
0 0.1 0.2 0.3 0.4
18°
18°
0.1
0.1
CCMT_MP
^ A129
DCMT_MP
^ A135
SCMT_MP
^ A141
TCMT_MP
^ A145
VCMT_MP
^ A154
MP
MM 3
2
1
0 0.1 0.2 0.3 0.4
18°
18°
0.1
0.1
CCMT_MM
^ A129
DCMT_MM
^ A135
SCMT_MM
^ A141
TCMT_MM
^ A145
VCMT_MM
^ A154
MM
MK 3
2
1
0 0.1 0.2 0.3 0.4
18°0.1
CCMT_MK
^ A129
DCMT_MK
^ A135
SCMT_MK
^ A142
TCMT_MK
^ A145
VCMT_MK
^ A154
MK
3
2
1
0 0.1 0.2 0.3 0.4
18°
18°0.1
0.1 CCMT
^ A129
DCMT
^ A136
SCMT
^ A142
TCMT
^ A145
VCMT
^ A154
WCMT
^ A158
RCMT
^ A140
15°
0.2
RCMX
^ A140
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Rhombic 25° Round Breaker Name and
Cross Section
Ligh
t Cut
ting
Light cutting of carbon steel and alloy steelChip control is improved by having a chip breaker geometry suitable for copying.
Alternative chipbreaker for light cutting of carbon steel, alloy steel, mild steel and stainless steelLarge rake angle provides sharp cutting action.A peninsular dot ensures chip control at depths of cut under 1mm.
Wiper insert for light cutting of carbon steel, alloy steel, mild steel and stainless steelThe wiper allows up to double the feed rate.Positive land improves sharpness.
Light cutting on automatic lathesA parallel chipbreaker.Excellent chip control at low feed rates.
Med
ium
Cut
ting
First recommendation for medium cutting of carbon steel and alloy steelGood balance of wear resistance and fracture resistance because of the flat land cutting edge.A wide chip pocket controls increasing of the cutting resistance and reduces vibration and chip jamming even at large depth of cut.
First recommendation for medium cutting of stainless steelGood balance of wear resistance and fracture resistance because of the flat land cutting edge.A wide chip pocket controls increasing of the cutting resistance and reduces vibration and chip jamming even at large depth of cut.
First recommendation for cast iron turningOptimum balance between sharpness and high edge strength for general use.
StandardFirst recommendation for medium cutting of carbon steel, alloy steel and stainless steelBalance of edge strength and sharpness due to a combination of a flat land and large rake angle.
Standard
A060
M
MV 3
2
1
0 0.1 0.2 0.3 0.4
20° 0.18
0.1820°
12°
12°
CCMH_MV
^ A130
DCMT_MV
^ A136
VCMT_MV
^ A154
MV
MW 3
2
1
0 0.1 0.2 0.3 0.4
18°
18°7°
7°
0.2
0.2CCMT_MW
^ A130
MW
E
R/L-SR 3
2
1
0 0.1 0.2 0.3 0.4
30°
CCET_R/L-SR
^ A130
DCET_R/L-SR
^ A136
R/L-SR
R/L-SN 6
4
2
0 0.1 0.3
20°
CCET_R/L-SN
^ A130
DCET_R/L-SN
^ A137
R/L-SN(E)
G
R/L-SN 6
4
2
0 0.1 0.3
20°
CCGT_R/L-SN
^ A130
DCGT_R/L-SN
^ A137
R/L-SN(G)
E
R/LW-SN 6
4
2
0 0.1 0.3
20°
CCET_R/LW-SN
^ A130
DCET_R/LW-SN
^ A137
R/LW-SN
G
SMG 3
2
1
0 0.1 0.2 0.3 0.4
13°
10°
CCGT_SMG
^ A130
DCGT_SMG
^ A137
SMG
M
RR 12
8
4
0 0.2 0.6 1.0 1.4
28°0.3
RCMX_RR
^ A140
RR
TURNING INSERTSTU
RN
ING
INSE
RTS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
Med
ium
Cut
ting
Alternative chipbreaker for medium cutting of carbon steel, alloy steel, mild steel and stainless steelA positive insert and the large rake angle achieve sharp cutting edge performance.The double breakers and round shape in the rake face achieve a wide range of chip discharge.
Wiper insert for medium cutting of carbon steel, alloy steel, mild steel and stainless steelThe wiper allows up to double the feed rate.A wide chip pocket prevents chip jamming.
Medium cutting on automatic lathesA wide lead chipbreaker.Insert designed for low resistance chip control.
Medium cutting on automatic lathesA parallel chipbreaker.Excellent chip control at low to medium feed rates.Suitable for precise machining with E class tolerance.
Medium cutting on automatic lathesA parallel chipbreaker.Excellent chip control at low to medium feed rates.
Medium cutting on automatic lathesA parallel chipbreaker.Excellent chip control at low to medium feed rates.The wiper produces a good surface finish.
Medium cutting on automatic lathes3D moulded chipbreaker provides good chip control.G class insert gives sharp cutting action, allowing high precision machining.Breaker geometry appropriate for copying and back turning.
Hea
vy C
uttin
g Heavy cutting of carbon steel and alloy steelA wide groove chipbreaker prevents chips from jamming at large depths of cut.Small dimples improve chip control at small depths of cut.
7° POSITIVE INSERTS WITH HOLE
CLASSIFICATION
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
Nose
Nose
Flank
Flank
Flank
Flank
Flank
Flank
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
Nose
Flank
A061
M
MV 3
2
1
0 0.1 0.2 0.3 0.4
20° 0.18
0.1820°
12°
12°
CCMH_MV
^ A130
DCMT_MV
^ A136
VCMT_MV
^ A154
MV
MW 3
2
1
0 0.1 0.2 0.3 0.4
18°
18°7°
7°
0.2
0.2CCMT_MW
^ A130
MW
E
R/L-SR 3
2
1
0 0.1 0.2 0.3 0.4
30°
CCET_R/L-SR
^ A130
DCET_R/L-SR
^ A136
R/L-SR
R/L-SN 6
4
2
0 0.1 0.3
20°
CCET_R/L-SN
^ A130
DCET_R/L-SN
^ A137
R/L-SN(E)
G
R/L-SN 6
4
2
0 0.1 0.3
20°
CCGT_R/L-SN
^ A130
DCGT_R/L-SN
^ A137
R/L-SN(G)
E
R/LW-SN 6
4
2
0 0.1 0.3
20°
CCET_R/LW-SN
^ A130
DCET_R/LW-SN
^ A137
R/LW-SN
G
SMG 3
2
1
0 0.1 0.2 0.3 0.4
13°
10°
CCGT_SMG
^ A130
DCGT_SMG
^ A137
SMG
M
RR 12
8
4
0 0.2 0.6 1.0 1.4
28°0.3
RCMX_RR
^ A140
RR
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
Med
ium
Cut
ting
Alternative chipbreaker for medium cutting of carbon steel, alloy steel, mild steel and stainless steelA positive insert and the large rake angle achieve sharp cutting edge performance.The double breakers and round shape in the rake face achieve a wide range of chip discharge.
Wiper insert for medium cutting of carbon steel, alloy steel, mild steel and stainless steelThe wiper allows up to double the feed rate.A wide chip pocket prevents chip jamming.
Medium cutting on automatic lathesA wide lead chipbreaker.Insert designed for low resistance chip control.
Medium cutting on automatic lathesA parallel chipbreaker.Excellent chip control at low to medium feed rates.Suitable for precise machining with E class tolerance.
Medium cutting on automatic lathesA parallel chipbreaker.Excellent chip control at low to medium feed rates.
Medium cutting on automatic lathesA parallel chipbreaker.Excellent chip control at low to medium feed rates.The wiper produces a good surface finish.
Medium cutting on automatic lathes3D moulded chipbreaker provides good chip control.G class insert gives sharp cutting action, allowing high precision machining.Breaker geometry appropriate for copying and back turning.
Hea
vy C
uttin
g Heavy cutting of carbon steel and alloy steelA wide groove chipbreaker prevents chips from jamming at large depths of cut.Small dimples improve chip control at small depths of cut.
A062
M
3
2
1
0 0.1 0.2 0.3 0.4
0°
CCMW
^ A130
DCMW
^ A138
SCMW
^ A142
TCMW
^ A145
VCMW
^ A154
G
3
2
1
0 0.1 0.2 0.3 0.4
0°
CCGW
^ A130
DCGW
^ A138
M
FV3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
CPMH_FV
^ A133
TPMH_FV
^ A147
FV
G
R/L-FS3
2
1
0 0.1 0.2 0.3 0.4
15°
TPGH_R/L-FS
^ A147
WPGT_R/L-FS
^ A159
R/L-FS
M
R/L-F3
2
1
0 0.1 0.2 0.3 0.4
15°
CPMH_R/L-F
^ A133
R/L-F(M)
G
R/L-F3
2
1
0 0.1 0.2 0.3 0.4
15°
CPGT_R/L-F
^ A133
R/L-F(G)
R/L3
2
1
0 0.1 0.2 0.3 0.4
10°
TPGX_R/L
^ A147
R/L
3
2
1
0 0.1 0.2 0.3 0.4
25°
CPGT
^ A133
TURNING INSERTSTU
RN
ING
INSE
RTS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
For C
ast I
ron
Flat Top Heavy cutting of cast ironFlat top.Most effective for unstable machining due to its high edge strength.
Flat Top(M)
Flat Top For cast ironFlat top.Most effective for unstable machining due to its high edge strength.Can be used on workpieces requiring close tolerances due to G class insert tolerance.
Flat Top(G)
7° POSITIVE INSERTS WITH HOLE
CLASSIFICATION
Cast Iron
Cast Iron
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
Fini
sh C
uttin
g
First recommendation for finishing carbon steel, alloy steel, mild steel and stainless steelSuitable for low depths of cut and low feed rates.Sharp cutting edge and low resistance design achieves excellent cutting performance.
First recommendation for finishing carbon steel, alloy steel, stainless steel, cast iron and aluminium alloySmall wide lead chipbreaker.Sharp cutting edge gives a good surface finish.
FinishingLead chipbreaker controls chip flow.Sharp cutting edge gives a good surface finish.
FinishingLead chipbreaker controls chip flow.Sharp cutting edge gives a good surface finish.
FinishingLead chipbreaker controls chip flow.Good chip control for low to medium feed rates.
Standard FinishingLead chipbreaker controls chip flow.Good chip control for low to medium feed rates.
Standard
11° POSITIVE INSERTS WITH HOLE
Nose
Flank
Flank
Flank
Flank
Flank
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
FlankAluminium Alloy
ap ( m
m)
f (mm/rev)
A063
M
3
2
1
0 0.1 0.2 0.3 0.4
0°
CCMW
^ A130
DCMW
^ A138
SCMW
^ A142
TCMW
^ A145
VCMW
^ A154
G
3
2
1
0 0.1 0.2 0.3 0.4
0°
CCGW
^ A130
DCGW
^ A138
M
FV3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
CPMH_FV
^ A133
TPMH_FV
^ A147
FV
G
R/L-FS3
2
1
0 0.1 0.2 0.3 0.4
15°
TPGH_R/L-FS
^ A147
WPGT_R/L-FS
^ A159
R/L-FS
M
R/L-F3
2
1
0 0.1 0.2 0.3 0.4
15°
CPMH_R/L-F
^ A133
R/L-F(M)
G
R/L-F3
2
1
0 0.1 0.2 0.3 0.4
15°
CPGT_R/L-F
^ A133
R/L-F(G)
R/L3
2
1
0 0.1 0.2 0.3 0.4
10°
TPGX_R/L
^ A147
R/L
3
2
1
0 0.1 0.2 0.3 0.4
25°
CPGT
^ A133
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
For C
ast I
ron
Flat Top Heavy cutting of cast ironFlat top.Most effective for unstable machining due to its high edge strength.
Flat Top(M)
Flat Top For cast ironFlat top.Most effective for unstable machining due to its high edge strength.Can be used on workpieces requiring close tolerances due to G class insert tolerance.
Flat Top(G)
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
Fini
sh C
uttin
g
First recommendation for finishing carbon steel, alloy steel, mild steel and stainless steelSuitable for low depths of cut and low feed rates.Sharp cutting edge and low resistance design achieves excellent cutting performance.
First recommendation for finishing carbon steel, alloy steel, stainless steel, cast iron and aluminium alloySmall wide lead chipbreaker.Sharp cutting edge gives a good surface finish.
FinishingLead chipbreaker controls chip flow.Sharp cutting edge gives a good surface finish.
FinishingLead chipbreaker controls chip flow.Sharp cutting edge gives a good surface finish.
FinishingLead chipbreaker controls chip flow.Good chip control for low to medium feed rates.
Standard FinishingLead chipbreaker controls chip flow.Good chip control for low to medium feed rates.
Standard
A064
M
L3
2
1
0 0.1 0.2 0.3 0.4
10°
TPMX_L
^ A148
L
E
SRF3
2
1
0 0.1 0.2 0.3 0.4
15°
VPET_SRF
^ A156
SRF
G
SMG3
2
1
0 0.1 0.2 0.3 0.4
13°
10°
VPGT_SMG
^ A156
SMG
M
SV3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
CPMH_SV
^ A133
TPMH_SV
^ A148
SV
M
3
2
1
0 0.1 0.2 0.3 0.4
10°
10°
CPMX
^ A133
SPMT
^ A143
TPMX
^ A148
MV3
2
1
0 0.1 0.2 0.3 0.4
20°
20°
0.2
0.2
8°
8°
CPMH_MV
^ A133
TPMH_MV
^ A148
WPMT_MV
^ A159
MV
M
3
2
1
0 0.1 0.2 0.3 0.4
0°
SPMW
^ A143
G
3
2
1
0 0.1 0.2 0.3 0.4
0°
SPGX
^ A143
TPGX
^ A149
TURNING INSERTSTU
RN
ING
INSE
RTS CLASSIFICATION
Nose
Flank
Flank
Flank
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
Fini
sh C
uttin
g
FinishingLead chipbreaker controls chip flow.Good chip control for low to medium feed rates.
FinishingLead chipbreaker controls chip flow.Sharp cutting edge gives a good surface finish.
Medium cutting on automatic lathes3D moulded chipbreaker provides good chip control.G class insert gives sharp cutting action, allowing high precision machining.Breaker geometry appropriate for copying and back turning.
Ligh
t Cut
ting First recommendation for light cutting of carbon steel,
alloy steel, mild steel, stainless steel and cast ironLarge rake angle provides sharp cutting action.A peninsular dot ensures chip control at depths of cut under 1mm.
Med
ium
Cut
ting
Standard Alternative chipbreaker for medium cutting of carbon steel, alloy steel and stainless steelStandard, general purpose chipbreaker.
Standard
First recommendation for medium cutting of carbon steel, alloy steel, mild steel, stainless steel and cast ironA positive insert and large rake angle achieves sharp cutting edge performance.Double breakers in the rake face achieve a wide range of chip discharge.
For C
ast I
ron
Flat Top Heavy cutting of cast ironMost effective for unstable machining due to its high edge strength.
Flat Top(M)
Flat Top For cast ironMost effective for unstable machining due to its high edge strength.Can be used on workpieces requiring close tolerances due to G class insert tolerance.
Flat Top(G)
11° POSITIVE INSERTS WITH HOLE
Nose
Nose
Flank
Flank
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Cast Iron
Cast Iron
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
Nose
Flank
Carbon Steel • Alloy Steel
ap ( m
m)
f (mm/rev)
A065
M
L3
2
1
0 0.1 0.2 0.3 0.4
10°
TPMX_L
^ A148
L
E
SRF3
2
1
0 0.1 0.2 0.3 0.4
15°
VPET_SRF
^ A156
SRF
G
SMG3
2
1
0 0.1 0.2 0.3 0.4
13°
10°
VPGT_SMG
^ A156
SMG
M
SV3
2
1
0 0.1 0.2 0.3 0.4
18°
8°
CPMH_SV
^ A133
TPMH_SV
^ A148
SV
M
3
2
1
0 0.1 0.2 0.3 0.4
10°
10°
CPMX
^ A133
SPMT
^ A143
TPMX
^ A148
MV3
2
1
0 0.1 0.2 0.3 0.4
20°
20°
0.2
0.2
8°
8°
CPMH_MV
^ A133
TPMH_MV
^ A148
WPMT_MV
^ A159
MV
M
3
2
1
0 0.1 0.2 0.3 0.4
0°
SPMW
^ A143
G
3
2
1
0 0.1 0.2 0.3 0.4
0°
SPGX
^ A143
TPGX
^ A149
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
Fini
sh C
uttin
g
FinishingLead chipbreaker controls chip flow.Good chip control for low to medium feed rates.
FinishingLead chipbreaker controls chip flow.Sharp cutting edge gives a good surface finish.
Medium cutting on automatic lathes3D moulded chipbreaker provides good chip control.G class insert gives sharp cutting action, allowing high precision machining.Breaker geometry appropriate for copying and back turning.
Ligh
t Cut
ting First recommendation for light cutting of carbon steel,
alloy steel, mild steel, stainless steel and cast ironLarge rake angle provides sharp cutting action.A peninsular dot ensures chip control at depths of cut under 1mm.
Med
ium
Cut
ting
Standard Alternative chipbreaker for medium cutting of carbon steel, alloy steel and stainless steelStandard, general purpose chipbreaker.
Standard
First recommendation for medium cutting of carbon steel, alloy steel, mild steel, stainless steel and cast ironA positive insert and large rake angle achieves sharp cutting edge performance.Double breakers in the rake face achieve a wide range of chip discharge.
For C
ast I
ron
Flat Top Heavy cutting of cast ironMost effective for unstable machining due to its high edge strength.
Flat Top(M)
Flat Top For cast ironMost effective for unstable machining due to its high edge strength.Can be used on workpieces requiring close tolerances due to G class insert tolerance.
Flat Top(G)
A066
G
R/L3
2
1
0 0.1 0.2 0.3 0.4
20°
VDGX_R/L
^ A155
R/L
G
R/L-F3
2
1
0 0.1 0.2 0.3 0.4
20°
DEGX_R/L-F
^ A139
R/L-F
R/L 43210 0.1 0.3 0.5
25°
DEGX_R/L
^ A139
TEGX_R/L
^ A146
R/L
TURNING INSERTSTU
RN
ING
INSE
RTS
15° POSITIVE INSERTS WITH HOLE
20° POSITIVE INSERTS WITH HOLE
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
For A
lum
iniu
m A
lloy
For aluminium alloy cuttingLead chipbreaker.Sharp cutting edge gives a good surface finish.
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
For A
lum
iniu
m A
lloy
For aluminium alloy cuttingLead chipbreaker.Sharp cutting edge gives a good surface finish.
For aluminium alloy cuttingA parallel chipbreaker.Sharp cutting edge gives a good surface finish.Good chip control for medium feed rates.
CLASSIFICATION
Flank
Flank
Flank
Aluminium Alloy
Aluminium Alloy
Aluminium Alloy
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
A067
G
R/L3
2
1
0 0.1 0.2 0.3 0.4
20°
VDGX_R/L
^ A155
R/L
G
R/L-F3
2
1
0 0.1 0.2 0.3 0.4
20°
DEGX_R/L-F
^ A139
R/L-F
R/L 43210 0.1 0.3 0.5
25°
DEGX_R/L
^ A139
TEGX_R/L
^ A146
R/L
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
For A
lum
iniu
m A
lloy
For aluminium alloy cuttingLead chipbreaker.Sharp cutting edge gives a good surface finish.
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Rhombic 80° Rhombic 55° Square 90° Triangular 60° Rhombic 35° Trigon 80° Round Breaker Name and
Cross Section
For A
lum
iniu
m A
lloy
For aluminium alloy cuttingLead chipbreaker.Sharp cutting edge gives a good surface finish.
For aluminium alloy cuttingA parallel chipbreaker.Sharp cutting edge gives a good surface finish.Good chip control for medium feed rates.
A068
M
R/L-M1/2 7
5
3
10 0.1 0.3 0.5 0.7
12°0.2
KNUX_R/L-M1/2
^ A124
R/L-M1/2
M
7
5
3
10 0.1 0.3 0.5 0.7
0°
SNMN
^ A125
TNMN
^ A126
G
7
5
3
10 0.1 0.3 0.5 0.7
0°
SNGN
^ A125
TNGN
^ A126
G
R/L3
2
1
0 0.1 0.2 0.3 0.4
15°
TPGR_R/L
^ A163
R/L
M
3
2
1
0 0.1 0.2 0.3 0.4
0°
0°
SPMR
^ A162
TPMR
^ A163
803
2
1
0 0.1 0.2 0.3 0.4
7°
7°
SPMR-80
^ A162
TPMR-80
^ A163
80
M
3
2
1
0 0.1 0.2 0.3 0.4
0°
SPMN
^ A162
TPMN
^ A163
G
3
2
1
0 0.1 0.2 0.3 0.4
0°
SPGN
^ A162
TPGN
^ A163
TURNING INSERTSTU
RN
ING
INSE
RTS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Square 90° Triangular 60° Parallelogram 55° Breaker Name and
Cross Section
Rou
gh C
uttin
g Rough cutting of carbon steel and alloy steelSingle sided chipbreaker.Can be used for copying.An angled chipbreaker for controlling chip flow.
For C
ast I
ron
Flat Top Heavy cutting of cast ironDouble sided flat insert.Most effective for unstable machining due to high edge strength and stable insert clamping.
Flat Top(M)
Flat Top For cast ironDouble sided flat insert.Most effective for unstable machining due to high edge strength and stable insert clamping.Can be used on workpieces requiring close tolerances due to G class insert tolerance.
Flat Top(G)
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Square 90° Triangular 60° Round Breaker Name and
Cross Section
Fini
sh C
uttin
g FinishingA parallel chipbreaker.Good chip control for low to medium feed rates.
Ligh
t to
Med
ium
Cut
ting
Standard Light to medium cutting of carbon steel, alloy steel and stainless steelStandard, general purpose chipbreaker.
Standard
Light to medium cutting of carbon steel, alloy steel and stainless steelLarge chip pocket for excellent chip evacuation.Double breakers in the rake face achieves a wide range of chip breaking.
For C
ast I
ron
Flat Top Heavy cutting of cast ironMost effective for unstable machining due to high edge strength and stable insert clamping.
Flat Top(M)
Flat Top For cast ironMost effective for unstable machining due to high edge strength and stable insert clamping.Can be used on workpieces requiring close tolerances due to G class insert tolerance.
Flat Top(G)
NEGATIVE INSERTS WITHOUT HOLE
11° POSITIVE INSERTS WITHOUT HOLE
CLASSIFICATION
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Carbon Steel • Alloy Steel
Cast Iron
Cast Iron
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
f (mm/rev)
Nose
Nose
Flank
Flank
Flank
Flank
Carbon Steel • Alloy Steel
Cast Iron
Cast Iron
ap ( m
m)
ap ( m
m)
ap ( m
m)
f (mm/rev)
f (mm/rev)
f (mm/rev)
A069
M
R/L-M1/2 7
5
3
10 0.1 0.3 0.5 0.7
12°0.2
KNUX_R/L-M1/2
^ A124
R/L-M1/2
M
7
5
3
10 0.1 0.3 0.5 0.7
0°
SNMN
^ A125
TNMN
^ A126
G
7
5
3
10 0.1 0.3 0.5 0.7
0°
SNGN
^ A125
TNGN
^ A126
G
RTG
^ A161
G
R/L3
2
1
0 0.1 0.2 0.3 0.4
15°
TPGR_R/L
^ A163
R/L
M
3
2
1
0 0.1 0.2 0.3 0.4
0°
0°
SPMR
^ A162
TPMR
^ A163
803
2
1
0 0.1 0.2 0.3 0.4
7°
7°
SPMR-80
^ A162
TPMR-80
^ A163
80
M
3
2
1
0 0.1 0.2 0.3 0.4
0°
SPMN
^ A162
TPMN
^ A163
G
3
2
1
0 0.1 0.2 0.3 0.4
0°
SPGN
^ A162
TPGN
^ A163
TUR
NIN
G IN
SER
TS
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Square 90° Triangular 60° Parallelogram 55° Breaker Name and
Cross Section
Rou
gh C
uttin
g Rough cutting of carbon steel and alloy steelSingle sided chipbreaker.Can be used for copying.An angled chipbreaker for controlling chip flow.
For C
ast I
ron
Flat Top Heavy cutting of cast ironDouble sided flat insert.Most effective for unstable machining due to high edge strength and stable insert clamping.
Flat Top(M)
Flat Top For cast ironDouble sided flat insert.Most effective for unstable machining due to high edge strength and stable insert clamping.Can be used on workpieces requiring close tolerances due to G class insert tolerance.
Flat Top(G)A
pplic
atio
n
Tole
ranc
e
Tool Holder Type Inserts
Spec
ial
TL Type
App
licat
ion
Tole
ranc
e
Breaker Name and
PictureFeatures Cross Section
Geometry
Square 90° Triangular 60° Round Breaker Name and
Cross Section
Fini
sh C
uttin
g FinishingA parallel chipbreaker.Good chip control for low to medium feed rates.
Ligh
t to
Med
ium
Cut
ting
Standard Light to medium cutting of carbon steel, alloy steel and stainless steelStandard, general purpose chipbreaker.
Standard
Light to medium cutting of carbon steel, alloy steel and stainless steelLarge chip pocket for excellent chip evacuation.Double breakers in the rake face achieves a wide range of chip breaking.
For C
ast I
ron
Flat Top Heavy cutting of cast ironMost effective for unstable machining due to high edge strength and stable insert clamping.
Flat Top(M)
Flat Top For cast ironMost effective for unstable machining due to high edge strength and stable insert clamping.Can be used on workpieces requiring close tolerances due to G class insert tolerance.
Flat Top(G)
SPECIAL PURPOSE INSERTS
A070
P
F 1 FY VP25N 285─445 0.09─0.23 0.20─0.80
F 2 FS NX2525 270─385 0.09─0.23 0.20─0.70
L 1 SY VP25N 260─405 0.16─0.33 0.50─1.20
F 1 FY MP3025 275─420 0.09─0.23 0.20─0.80
F 2 FY NX3035 260─370 0.09─0.23 0.20─0.80
F 3 FS NX2525 270─385 0.09─0.23 0.20─0.70
L 1 SY MP3025 250─385 0.16─0.33 0.50─1.20
L 2 SY NX3035 235─335 0.16─0.33 0.50─1.20
F 1 FY UE6020 285─460 0.09─0.23 0.20─0.80
F 2 FS UE6020 285─460 0.09─0.23 0.20─0.70
L 1 SY UE6020 260─420 0.16─0.33 0.50─1.20
F 1 FH AP25N 215─340 0.08─0.20 0.20─1.00
F 2 FH NX2525 205─295 0.08─0.20 0.20─1.00
F 3 R/L-F MP3025 210─325 0.05─0.15 0.10─0.50
F 4 PK NX2525 195─280 0.10─0.30 0.20─1.00
L 1 LP UE6105 220─405 0.10─0.40 0.30─2.00
L 2 SH UE6105 220─405 0.10─0.40 0.30─2.00
L 3 LP MP3025 195─295 0.10─0.40 0.30─2.00
L 4 SH AP25N 200─315 0.10─0.40 0.30─2.00
L 5 SH NX2525 190─270 0.10─0.40 0.30─2.00
L 6 SA UE6105 220─405 0.10─0.40 0.30─2.00
L 7 SW UE6105 220─405 0.10─0.50 0.30─2.50
L 8 SW MP3025 195─295 0.10─0.50 0.30─2.50
L 9 SW NX2525 190─270 0.10─0.50 0.30─2.50
L 10 R/L-K MP3025 195─295 0.08─0.20 0.30─1.20
M 1 MP UE6105 200─370 0.16─0.50 0.30─4.00
M 2 MP MP3025 175─270 0.16─0.50 0.30─4.00
M 3 MA UE6105 200─370 0.20─0.50 0.30─4.00
M 4 MH UE6105 200─370 0.20─0.55 1.00─4.00
M 5 Std UE6105 200─370 0.25─0.60 1.50─5.00
M 6 Std MP3025 175─270 0.25─0.60 1.50─5.00
M 7 Std NX2525 170─245 0.25─0.60 1.50─5.00
M 8 Std UTi20T 85─125 0.25─0.60 1.50─5.00
M 9 MW UE6105 200─370 0.20─0.60 0.90─4.00
M 10 R/L MP3025 175─270 0.15─0.32 0.40─2.00
R 1 RP UE6105 190─350 0.25─0.60 1.50─6.00
R 2 GH UE6105 190─350 0.25─0.60 1.50─6.00
H 1 HX UE6110 160─275 0.50─1.26 3.00─11.00
H 2 HV UE6110 135─225 0.70─1.30 4.00─12.00
F 1 FH MP3025 210─325 0.08─0.20 0.20─1.00
F 2 FH NX3035 200─285 0.08─0.20 0.20─1.00
F 3 FH UE6110 230─390 0.08─0.20 0.20─1.00
L 1 LP UE6110 210─355 0.10─0.40 0.30─2.00
L 2 SH UE6110 210─355 0.10─0.40 0.30─2.00
L 3 SA UE6110 210─355 0.10─0.40 0.30─2.00
L 4 LP MP3025 195─295 0.10─0.40 0.30─2.00
L 5 SH NX3035 185─260 0.10─0.40 0.30─2.00
y
TURNING INSERTSTU
RN
ING
INSE
RTS
RECOMMENDED CUTTING CONDITIONSBreaker : Std : Standard Flat : Flat Top
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Mild Steel(St37-2, Ck10) <180HB
Carbon Steel • Alloy Steel
(Ck45, 42CrMo4)
180|
280HB
NEGATIVE INSERTS
CUTTING CONDITIONS : : Stable Cutting : General Cutting : Unstable CuttingCUTTING AREA : F : Finish Cutting L : Light Cutting M : Medium Cutting R : Rough Cutting H : Heavy Cutting
A071
P
L 6 SA NX3035 185─260 0.10─0.40 0.30─2.00
L 7 SW UE6110 210─355 0.10─0.50 0.30─2.50
L 8 SW NX3035 185─260 0.10─0.50 0.30─2.50
M 1 MP UE6110 190─325 0.16─0.50 0.30─4.00
M 2 MA UE6110 190─325 0.20─0.50 0.30─4.00
M 3 MA NX3035 165─235 0.20─0.50 0.30─4.00
M 4 MH UE6110 190─325 0.20─0.55 1.00─4.00
M 5 Std UE6110 190─325 0.25─0.60 1.50─5.00
M 6 Std NX3035 165─235 0.25─0.60 1.50─5.00
M 7 MW UE6110 190─325 0.20─0.60 0.90─4.00
R 1 RP UE6110 180─310 0.25─0.60 1.50─6.00
R 2 GH UE6110 180─310 0.25─0.60 1.50─6.00
H 1 HX UE6020 155─250 0.50─1.26 3.00─11.00
H 2 HV UE6020 125─205 0.70─1.30 4.00─12.00
H 3 HZ UE6110 160─275 0.40─1.20 2.00─10.00
F 1 FH UE6110 230─390 0.08─0.20 0.20─1.00
F 2 FH UE6020 215─355 0.08─0.20 0.20─1.00
L 1 LP MC6025 210─340 0.10─0.40 0.30─2.00
L 2 SH UE6020 200─325 0.10─0.40 0.30─2.00
L 3 SA UE6020 200─325 0.10─0.40 0.30─2.00
M 1 MP MC6025 190─310 0.16─0.50 0.30─4.00
M 2 MA MC6025 190─310 0.20─0.50 0.30─4.00
M 3 MP UE6020 180─295 0.16─0.50 0.30─4.00
M 4 MA UE6020 180─295 0.20─0.50 0.30─4.00
M 5 MA UE6035 170─235 0.20─0.50 0.30─4.00
M 6 MH UE6020 180─295 0.20─0.55 1.00─4.00
M 7 MH UE6035 170─235 0.20─0.55 1.00─4.00
M 8 Std UE6020 180─295 0.25─0.60 1.50─5.00
M 9 Std UE6035 170─235 0.25─0.60 1.50─5.00
M 10 MW MC6025 190─310 0.20─0.60 0.90─4.00
M 11 MW UE6020 180─295 0.20─0.60 0.90─4.00
R 1 RP MC6025 180─295 0.25─0.60 1.50─6.00
R 2 GH UE6020 170─280 0.25─0.60 1.50─6.00
H 1 HX UH6400 135─195 0.50─1.26 3.00─11.00
H 2 HV UH6400 110─160 0.70─1.30 4.00─12.00
H 3 HZ UH6400 135─195 0.40─1.20 2.00─10.00
H 4 HZ UE6020 155─250 0.40─1.20 2.00─10.00
TUR
NIN
G IN
SER
TS
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Carbon Steel • Alloy Steel
(Ck45, 42CrMo4)
180|
280HB
A072
M
L 1 LM MC7015 180─285 0.10─0.30 0.30─2.00
L 2 SH US735 95─185 0.10─0.40 0.30─2.00
L 3 SH NX2525 65─135 0.10─0.40 0.30─2.00
L 4 SW US7020 105─270 0.10─0.50 0.30─2.50
M 1 MM MC7015 160─255 0.15─0.45 0.70─5.00
M 2 GM MC7015 160─255 0.16─0.50 0.50─4.00
M 3 MS US7020 95─245 0.16─0.50 0.50─4.00
M 4 MA US7020 95─245 0.20─0.50 0.30─4.00
M 5 MH US7020 95─245 0.20─0.55 1.00─4.00
M 6 MW US7020 95─245 0.20─0.60 0.90─4.00
R 1 RM MC7015 155─245 0.25─0.55 1.50─6.00
R 2 GH US7020 90─235 0.25─0.60 1.50─6.00
L 1 LM MC7025 160─215 0.10─0.30 0.30─2.00
L 2 SH US735 95─185 0.10─0.40 0.30─2.00
M 1 MM MC7025 145─195 0.15─0.45 0.70─5.00
M 2 GM MC7025 145─195 0.16─0.50 0.50─4.00
M 3 MA MC7025 145─195 0.20─0.50 0.30─4.00
M 4 MS US735 85─165 0.16─0.50 0.50─4.00
M 5 MA US735 85─165 0.20─0.50 0.30─4.00
R 1 RM MC7025 140─185 0.25─0.55 1.50─6.00
R 2 GH US735 85─160 0.25─0.60 1.50─6.00
L 1 LM MP7035 95─155 0.10─0.30 0.30─2.00
L 2 SH US735 95─185 0.10─0.40 0.30─2.00
M 1 MM MP7035 85─140 0.15─0.45 0.70─5.00
M 2 GM MP7035 85─140 0.16─0.50 0.50─4.00
M 3 MA MP7035 85─140 0.20─0.50 0.30─4.00
M 4 MS US735 85─165 0.16─0.50 0.50─4.00
M 5 MS VP15TF 75─130 0.16─0.50 0.50─4.00
M 6 MS UP20M 95─145 0.16─0.50 0.50─4.00
M 7 MS UTi20T 75─110 0.16─0.50 0.50─4.00
M 8 MA VP15TF 75─130 0.20─0.50 0.30─4.00
M 9 Std VP15TF 75─130 0.25─0.60 1.50─5.00
R 1 RM MP7035 85─135 0.25─0.55 1.50─6.00
R 2 GH US735 85─160 0.25─0.60 1.50─6.00
L 1 LM MC7015 150─240 0.10─0.30 0.30─2.00
L 2 SH US735 80─155 0.10─0.40 0.30─2.00
L 3 SH NX2525 55─115 0.10─0.40 0.30─2.00
L 4 SW US7020 90─230 0.10─0.50 0.30─2.50
M 1 MM MC7015 135─215 0.15─0.45 0.70─5.00
M 2 GM MC7015 135─215 0.16─0.50 0.50─4.00
M 3 MS US7020 80─205 0.16─0.50 0.50─4.00
M 4 MA US7020 80─205 0.20─0.50 0.30─4.00
M 5 MH US7020 80─205 0.20─0.55 1.00─4.00
M 6 MW US7020 80─205 0.20─0.60 0.90─4.00
R 1 RM MC7015 130─205 0.25─0.55 1.50─6.00
R 2 GH US7020 75─195 0.25─0.60 1.50─6.00
L 1 LM MC7025 135─180 0.10─0.30 0.30─2.00
y
TURNING INSERTSTU
RN
ING
INSE
RTS
RECOMMENDED CUTTING CONDITIONSBreaker : Std : Standard Flat : Flat TopNEGATIVE INSERTS
CUTTING CONDITIONS : : Stable Cutting : General Cutting : Unstable CuttingCUTTING AREA : F : Finish Cutting L : Light Cutting M : Medium Cutting R : Rough Cutting H : Heavy Cutting
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
AusteniticStainless Steel
(X5CrNi189, X5CrNiMo1810)<200HB
AusteniticStainless Steel
(X2CrNiN1810, X2CrNiMoN1813)>200HB
A073
M
L 2 SH US735 80─155 0.10─0.40 0.30─2.00
M 1 MM MC7025 125─165 0.15─0.45 0.70─5.00
M 2 GM MC7025 125─165 0.16─0.50 0.50─4.00
M 3 MA MC7025 125─165 0.20─0.50 0.30─4.00
M 4 MS US735 75─140 0.16─0.50 0.50─4.00
M 5 MA US735 75─140 0.20─0.50 0.30─4.00
R 1 RM MC7025 115─155 0.25─0.55 1.50─6.00
R 2 GH US735 70─135 0.25─0.60 1.50─6.00
L 1 LM MP7035 80─130 0.10─0.30 0.30─2.00
L 2 SH US735 80─155 0.10─0.40 0.30─2.00
M 1 MM MP7035 75─120 0.15─0.45 0.70─5.00
M 2 GM MP7035 75─120 0.16─0.50 0.50─4.00
M 3 MA MP7035 75─120 0.20─0.50 0.30─4.00
M 4 MS US735 75─140 0.16─0.50 0.50─4.00
M 5 MS VP15TF 65─110 0.16─0.50 0.50─4.00
M 6 MS UP20M 80─125 0.16─0.50 0.50─4.00
M 7 MS UTi20T 65─95 0.16─0.50 0.50─4.00
M 8 MA VP15TF 65─110 0.20─0.50 0.30─4.00
M 9 Std VP15TF 65─110 0.25─0.60 1.50─5.00
R 1 RM MP7035 70─115 0.25─0.55 1.50─6.00
R 2 GH US735 70─135 0.25─0.60 1.50─6.00
L 1 LM MC7015 120─195 0.10─0.30 0.30─2.00
L 2 SH US735 65─125 0.10─0.40 0.30─2.00
L 3 SH NX2525 45─90 0.10─0.40 0.30─2.00
L 4 SW US7020 75─185 0.10─0.50 0.30─2.50
M 1 MM MC7015 110─175 0.15─0.45 0.70─5.00
M 2 GM MC7015 110─175 0.16─0.50 0.50─4.00
M 3 MS US7020 65─170 0.16─0.50 0.50─4.00
M 4 MA US7020 65─170 0.20─0.50 0.30─4.00
M 5 MH US7020 65─170 0.20─0.55 1.00─4.00
M 6 MW US7020 65─170 0.20─0.60 0.90─4.00
R 1 RM MC7015 105─165 0.25─0.55 1.50─6.00
R 2 GH US7020 60─160 0.25─0.60 1.50─6.00
L 1 LM MC7025 110─150 0.10─0.30 0.30─2.00
L 2 SH US735 65─125 0.10─0.40 0.30─2.00
M 1 MM MC7025 100─135 0.15─0.45 0.70─5.00
M 2 GM MC7025 100─135 0.16─0.50 0.50─4.00
M 3 MA MC7025 100─135 0.20─0.50 0.30─4.00
M 4 MS US735 60─115 0.16─0.50 0.50─4.00
M 5 MA US735 60─115 0.20─0.50 0.30─4.00
R 1 RM MC7025 95─125 0.25─0.55 1.50─6.00
R 2 GH US735 55─110 0.25─0.60 1.50─6.00
L 1 LM MP7035 65─105 0.10─0.30 0.30─2.00
L 2 SH US735 65─125 0.10─0.40 0.30─2.00
M 1 MM MP7035 60─95 0.15─0.45 0.70─5.00
M 2 GM MP7035 60─95 0.16─0.50 0.50─4.00
M 3 MA MP7035 60─95 0.20─0.50 0.30─4.00
TUR
NIN
G IN
SER
TS
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
AusteniticStainless Steel
(X2CrNiN1810, X2CrNiMoN1813)>200HB
Two-phase Stainless Steel(X3CrNiCu1894) <280HB
A074
M
M 4 MS US735 60─115 0.16─0.50 0.50─4.00
M 5 MS VP15TF 50─90 0.16─0.50 0.50─4.00
M 6 MS UP20M 65─100 0.16─0.50 0.50─4.00
M 7 MS UTi20T 50─75 0.16─0.50 0.50─4.00
M 8 MA VP15TF 50─90 0.20─0.50 0.30─4.00
M 9 Std VP15TF 50─90 0.25─0.60 1.50─5.00
R 1 RM MP7035 55─90 0.25─0.55 1.50─6.00
R 2 GH US735 55─110 0.25─0.60 1.50─6.00
L 1 LM MC7015 180─285 0.10─0.30 0.30─2.00
L 2 SH US735 95─185 0.10─0.40 0.30─2.00
L 3 SH NX2525 65─135 0.10─0.40 0.30─2.00
L 4 SW US7020 105─270 0.10─0.50 0.30─2.50
M 1 MM MC7015 160─255 0.15─0.45 0.70─5.00
M 2 GM MC7015 160─255 0.16─0.50 0.50─4.00
M 3 MS US7020 95─245 0.16─0.50 0.50─4.00
M 4 MA US7020 95─245 0.20─0.50 0.30─4.00
M 5 MH US7020 95─245 0.20─0.55 1.00─4.00
M 6 MW US7020 95─245 0.20─0.60 0.90─4.00
R 1 RM MC7015 155─245 0.25─0.55 1.50─6.00
R 2 GH US7020 90─235 0.25─0.60 1.50─6.00
L 1 LM MC7025 160─215 0.10─0.30 0.30─2.00
L 2 SH US735 95─185 0.10─0.40 0.30─2.00
M 1 MM MC7025 145─195 0.15─0.45 0.70─5.00
M 2 GM MC7025 145─195 0.16─0.50 0.50─4.00
M 3 MA MC7025 145─195 0.20─0.50 0.30─4.00
M 4 MS US735 85─165 0.16─0.50 0.50─4.00
M 5 MA US735 85─165 0.20─0.50 0.30─4.00
R 1 RM MC7025 140─185 0.25─0.55 1.50─6.00
R 2 GH US735 85─160 0.25─0.60 1.50─6.00
L 1 LM MP7035 95─155 0.10─0.30 0.30─2.00
L 2 SH US735 95─185 0.10─0.40 0.30─2.00
M 1 MM MP7035 85─140 0.15─0.45 0.70─5.00
M 2 GM MP7035 85─140 0.16─0.50 0.50─4.00
M 3 MA MP7035 85─140 0.20─0.50 0.30─4.00
M 4 MS US735 85─165 0.16─0.50 0.50─4.00
M 5 MS VP15TF 75─130 0.16─0.50 0.50─4.00
M 6 MS UP20M 95─145 0.16─0.50 0.50─4.00
M 7 MS UTi20T 75─110 0.16─0.50 0.50─4.00
M 8 MA VP15TF 75─130 0.20─0.50 0.30─4.00
M 9 Std VP15TF 75─130 0.25─0.60 1.50─5.00
R 1 RM MP7035 85─135 0.25─0.55 1.50─6.00
R 2 GH US735 85─160 0.25─0.60 1.50─6.00
L 1 LM MC7015 150─240 0.10─0.30 0.30─2.00
L 2 SH US735 80─155 0.10─0.40 0.30─2.00
L 3 SH NX2525 55─115 0.10─0.40 0.30─2.00
L 4 SW US7020 90─230 0.10─0.50 0.30─2.50
M 1 MM MC7015 135─215 0.15─0.45 0.70─5.00
y
TURNING INSERTSTU
RN
ING
INSE
RTS
RECOMMENDED CUTTING CONDITIONSBreaker : Std : Standard Flat : Flat TopNEGATIVE INSERTS
CUTTING CONDITIONS : : Stable Cutting : General Cutting : Unstable CuttingCUTTING AREA : F : Finish Cutting L : Light Cutting M : Medium Cutting R : Rough Cutting H : Heavy Cutting
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Two-phase Stainless Steel(X3CrNiCu1894) <280HB
Ferritic and Martensitic Stainless Steel
(X10Cr13, X8Cr17)<200HB
Ferritic and Martensitic Stainless Steel
(X17CrNi162, X30Cr13)>200HB
A075
M
M 2 GM MC7015 135─215 0.16─0.50 0.50─4.00
M 3 MS US7020 80─205 0.16─0.50 0.50─4.00
M 4 MA US7020 80─205 0.20─0.50 0.30─4.00
M 5 MH US7020 80─205 0.20─0.55 1.00─4.00
M 6 MW US7020 80─205 0.20─0.60 0.90─4.00
R 1 RM MC7015 130─205 0.25─0.55 1.50─6.00
R 2 GH US7020 75─195 0.25─0.60 1.50─6.00
L 1 LM MC7025 135─180 0.10─0.30 0.30─2.00
L 2 SH US735 80─155 0.10─0.40 0.30─2.00
M 1 MM MC7025 125─165 0.15─0.45 0.70─5.00
M 2 MS MC7025 125─165 0.16─0.50 0.50─4.00
M 3 MA MC7025 125─165 0.20─0.50 0.30─4.00
M 4 MS US735 75─140 0.16─0.50 0.50─4.00
M 5 MA US735 75─140 0.20─0.50 0.30─4.00
R 1 RM MC7025 115─155 0.25─0.55 1.50─6.00
R 2 GH US735 70─135 0.25─0.60 1.50─6.00
L 1 LM MP7035 80─130 0.10─0.30 0.30─2.00
L 2 SH US735 80─155 0.10─0.40 0.30─2.00
M 1 MM MP7035 75─120 0.15─0.45 0.70─5.00
M 2 GM MP7035 75─120 0.16─0.50 0.50─4.00
M 3 MA MP7035 75─120 0.20─0.50 0.30─4.00
M 4 MS US735 75─140 0.16─0.50 0.50─4.00
M 5 MS VP15TF 65─110 0.16─0.50 0.50─4.00
M 6 MS UP20M 80─125 0.16─0.50 0.50─4.00
M 7 MS UTi20T 65─95 0.16─0.50 0.50─4.00
M 8 MA VP15TF 65─110 0.20─0.50 0.30─4.00
M 9 Std VP15TF 65─110 0.25─0.60 1.50─5.00
R 1 RM MP7035 70─115 0.25─0.55 1.50─6.00
R 2 GH US735 70─135 0.25─0.60 1.50─6.00
L 1 LM MC7015 100─160 0.10─0.30 0.30─2.00
L 2 SH US735 55─105 0.10─0.40 0.30─2.00
L 3 SH NX2525 35─75 0.10─0.40 0.30─2.00
L 4 SW US7020 60─155 0.10─0.50 0.30─2.50
M 1 MM MC7015 90─145 0.15─0.45 0.70─5.00
M 2 GM MC7015 90─145 0.16─0.50 0.50─4.00
M 3 MS US7020 55─140 0.16─0.50 0.50─4.00
M 4 MA US7020 55─140 0.20─0.50 0.30─4.00
M 5 MH US7020 55─140 0.20─0.55 1.00─4.00
M 6 MW US7020 55─140 0.20─0.60 0.90─4.00
R 1 RM MC7015 85─135 0.25─0.55 1.50─6.00
R 2 GH US7020 50─130 0.25─0.60 1.50─6.00
L 1 LM MC7025 90─120 0.10─0.30 0.30─2.00
L 2 SH US735 55─105 0.10─0.40 0.30─2.00
M 1 MM MC7025 80─110 0.15─0.45 0.70─5.00
M 2 GM MC7025 80─110 0.16─0.50 0.50─4.00
M 3 MA MC7025 80─110 0.20─0.50 0.30─4.00
M 4 MS US735 50─95 0.16─0.50 0.50─4.00
TUR
NIN
G IN
SER
TS
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Ferritic and Martensitic Stainless Steel
(X17CrNi162, X30Cr13)>200HB
Hardened Stainless Steel(X5CrNiCuNb16-4, X7CrNiAl17-7) <450HB
A076
M
M 5 MA US735 50─95 0.20─0.50 0.30─4.00
R 1 RM MC7025 80─105 0.25─0.55 1.50─6.00
R 2 GH US735 45─90 0.25─0.60 1.50─6.00
L 1 LM MP7035 55─85 0.10─0.30 0.30─2.00
L 2 SH US735 55─105 0.10─0.40 0.30─2.00
M 1 MM MP7035 50─80 0.15─0.45 0.70─5.00
M 2 GM MP7035 50─80 0.16─0.50 0.50─4.00
M 3 MA MP7035 50─80 0.20─0.50 0.30─4.00
M 4 MS US735 50─95 0.16─0.50 0.50─4.00
M 5 MS VP15TF 45─75 0.16─0.50 0.50─4.00
M 6 MS UP20M 55─80 0.16─0.50 0.50─4.00
M 7 MS UTi20T 45─60 0.16─0.50 0.50─4.00
M 8 MA VP15TF 45─75 0.20─0.50 0.30─4.00
M 9 Std VP15TF 45─75 0.25─0.60 1.50─5.00
R 1 RM MP7035 45─75 0.25─0.55 1.50─6.00
R 2 GH US735 45─90 0.25─0.60 1.50─6.00
y
TURNING INSERTSTU
RN
ING
INSE
RTS
RECOMMENDED CUTTING CONDITIONSBreaker : Std : Standard Flat : Flat TopNEGATIVE INSERTS
CUTTING CONDITIONS : : Stable Cutting : General Cutting : Unstable CuttingCUTTING AREA : F : Finish Cutting L : Light Cutting M : Medium Cutting R : Rough Cutting H : Heavy Cutting
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Hardened Stainless Steel(X5CrNiCuNb16-4, X7CrNiAl17-7) <450HB
A077
K
L 1 LK MC5005 235─375 0.10─0.40 0.30─2.00
L 2 MA MC5005 210─335 0.20─0.50 0.30─4.00
L 3 MA UC5105 170─315 0.20─0.50 0.30─4.00
M 1 MK MC5005 210─335 0.20─0.55 1.00─4.00
M 2 GK MC5005 210─335 0.25─0.60 1.50─5.00
M 3 Std UC5105 170─315 0.25─0.60 1.50─5.00
M 4 Std NX2525 155─210 0.25─0.60 1.50─5.00
M 5 MW UC5105 170─315 0.20─0.60 0.90─4.00
R 1 RK MC5005 195─315 0.25─0.60 1.50─6.00
R 2 Flat MC5005 195─315 0.25─0.60 2.50─6.00
R 3 GH UC5105 165─300 0.25─0.60 1.50─6.00
R 4 Flat UC5105 165─300 0.20─0.60 2.50─6.00
R 5 Flat HTi10 100─145 0.20─0.60 2.50─6.00
R 6 Flat HTi05T 110─185 0.20─0.60 2.50─6.00
H 1 Flat MC5005 195─315 0.20─0.60 2.50─6.00
H 2 Flat UC5105 165─300 0.20─0.60 2.50─6.00
L 1 LK MC5015 205─335 0.10─0.40 0.30─2.00
L 2 MA MC5015 190─305 0.20─0.50 0.30─4.00
L 3 MA UC5115 165─305 0.20─0.50 0.30─4.00
L 4 MP UC5115 165─305 0.16─0.50 0.30─4.00
L 5 SW UC5115 185─335 0.10─0.50 0.30─2.50
M 1 MK MC5015 190─305 0.20─0.55 1.00─4.00
M 2 GK MC5015 190─305 0.25─0.60 1.50─5.00
M 3 Std UC5115 165─305 0.25─0.60 1.50─5.00
M 4 Std HTi10 105─150 0.25─0.60 1.50─5.00
M 5 MH UC5115 165─305 0.20─0.55 1.00─4.00
M 6 MW UC5115 165─305 0.20─0.60 0.90─4.00
R 1 RK MC5015 180─285 0.25─0.60 1.50─6.00
R 2 Flat MC5015 180─285 0.20─0.60 2.50─6.00
R 3 GH UC5115 160─290 0.25─0.60 1.50─6.00
R 4 Flat UC5115 160─290 0.20─0.60 2.50─6.00
H 1 Flat MC5015 180─285 0.20─0.60 2.50─6.00
H 2 Flat UC5115 160─290 0.20─0.60 2.50─6.00
L 1 LK MC5015 205─335 0.10─0.40 0.30─2.00
L 2 MA MC5015 190─305 0.20─0.50 0.30─4.00
L 3 MA UC5115 165─305 0.20─0.50 0.30─4.00
M 1 MK MC5015 190─305 0.20─0.55 1.50─4.00
M 2 GK MC5015 190─305 0.25─0.60 1.50─5.00
M 3 Std UC5115 165─305 0.25─0.60 1.50─5.00
M 4 Std UTi20T 85─120 0.25─0.60 1.50─5.00
R 1 RK MC5015 180─285 0.25─0.60 1.50─6.00
R 2 Flat MC5015 180─285 0.20─0.60 2.50─6.00
R 3 GH UC5115 160─290 0.25─0.60 1.50─6.00
R 4 Flat UC5115 160─290 0.20─0.60 2.50─6.00
R 5 Flat UTi20T 80─115 0.20─0.60 2.50─6.00
H 1 Flat MC5015 180─285 0.20─0.60 2.50─6.00
H 2 Flat UC5115 160─290 0.20─0.60 2.50─6.00
TUR
NIN
G IN
SER
TS
Work Material Tensile Strength
Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Gray Cast Iron(GG30) <350MPa
A078
K
L 1 LK MC5005 220─355 0.10─0.40 0.30─2.00
L 2 MA MC5005 210─335 0.20─0.50 0.30─4.00
L 3 MA UC5105 160─295 0.20─0.50 0.30─4.00
M 1 MK MC5005 210─335 0.20─0.55 1.00─4.00
M 2 GK MC5005 210─335 0.25─0.60 1.50─5.00
M 3 Std UC5105 160─295 0.25─0.60 1.50─5.00
M 4 Std NX2525 145─200 0.25─0.60 1.50─5.00
R 1 RK MC5005 195─315 0.25─0.60 1.50─6.00
R 2 Flat MC5005 195─315 0.20─0.60 2.50─6.00
R 3 GH UC5105 155─280 0.25─0.60 1.50─6.00
R 4 Flat UC5105 155─280 0.20─0.60 2.50─6.00
R 5 Flat HTi10 95─135 0.20─0.60 2.50─6.00
R 6 Flat HTi05T 105─175 0.20─0.60 2.50─6.00
H 1 Flat MC5005 195─315 0.20─0.60 2.50─6.00
H 2 Flat UC5105 155─280 0.20─0.60 2.50─6.00
L 1 LK MC5015 205─335 0.10─0.40 0.30─2.00
L 2 MA MC5015 190─305 0.20─0.50 0.30─4.00
L 4 MA UC5115 155─285 0.20─0.50 0.30─4.00
L 5 MP UC5115 155─285 0.16─0.50 0.30─4.00
L 6 SW UC5115 175─315 0.10─0.50 0.30─2.50
M 1 MK MC5015 190─305 0.20─0.55 1.00─4.00
M 2 GK MC5015 190─305 0.25─0.60 1.50─5.00
M 3 Std UC5115 155─285 0.25─0.60 1.50─5.00
M 4 Std HTi10 100─140 0.25─0.60 1.50─5.00
R 1 RK MC5015 180─285 0.25─0.60 1.50─6.00
R 2 Flat MC5015 180─285 0.20─0.60 2.50─6.00
R 3 GH UC5115 150─275 0.25─0.60 1.50─6.00
R 4 Flat UC5115 150─275 0.20─0.60 2.50─6.00
H 1 Flat MC5015 180─285 0.20─0.60 2.50─6.00
H 2 Flat UC5115 150─275 0.20─0.60 2.50─6.00
L 1 LK MC5015 205─335 0.10─0.40 0.30─2.00
L 2 MA MC5015 190─305 0.20─0.50 0.30─4.00
L 3 MA UC5115 165─305 0.20─0.50 0.30─4.00
M 1 MK MC5015 190─305 0.20─0.55 1.50─4.00
M 2 GK MC5015 190─305 0.25─0.60 1.50─5.00
M 3 Std UC5115 165─305 0.25─0.60 1.50─5.00
M 4 Std UTi20T 85─120 0.25─0.60 1.50─5.00
R 1 RK MC5015 180─285 0.25─0.60 1.50─6.00
R 2 Flat MC5015 180─285 0.20─0.60 2.50─6.00
R 3 GH UC5115 160─290 0.25─0.60 1.50─6.00
R 4 Flat UC5115 160─290 0.20─0.60 2.50─6.00
R 5 Flat UTi20T 80─115 0.20─0.60 2.50─6.00
H 1 Flat MC5015 180─285 0.20─0.60 2.50─6.00
H 2 Flat UC5115 160─290 0.20─0.60 2.50─6.00
L 1 LK MC5005 195─315 0.10─0.40 0.30─2.00
L 2 MA MC5005 210─335 0.20─0.50 0.30─4.00
L 3 MA UC5105 160─295 0.20─0.50 0.30─4.00
y
TURNING INSERTSTU
RN
ING
INSE
RTS
RECOMMENDED CUTTING CONDITIONSBreaker : Std : Standard Flat : Flat TopNEGATIVE INSERTS
CUTTING CONDITIONS : : Stable Cutting : General Cutting : Unstable CuttingCUTTING AREA : F : Finish Cutting L : Light Cutting M : Medium Cutting R : Rough Cutting H : Heavy Cutting
Work Material Tensile Strength
Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Ductile Cast Iron(GGG40) <450MPa
Ductile Cast Iron(GGG70) <800MPa
A079
K
M 1 MK MC5005 210─335 0.20─0.55 1.00─4.00
M 2 GK MC5005 210─335 0.25─0.60 1.50─5.00
M 3 Std UC5105 160─295 0.25─0.60 1.50─5.00
M 4 Std NX2525 145─200 0.25─0.60 1.50─5.00
R 1 RK MC5005 195─315 0.25─0.60 1.50─6.00
R 2 Flat MC5005 195─315 0.20─0.60 2.50─6.00
R 3 GH UC5105 155─280 0.25─0.60 1.50─6.00
R 4 Flat UC5105 155─280 0.20─0.60 2.50─6.00
R 5 Flat HTi10 95─135 0.20─0.60 2.50─6.00
R 6 Flat HTi05T 105─175 0.20─0.60 2.50─6.00
H 1 Flat MC5005 195─315 0.20─0.60 2.50─6.00
H 2 Flat UC5105 155─280 0.20─0.60 2.50─6.00
L 1 LK MC5015 205─335 0.10─0.40 0.30─2.00
L 2 MA MC5015 190─305 0.20─0.50 0.30─4.00
L 3 MA UC5115 155─285 0.20─0.50 0.30─4.00
L 4 MP UC5115 155─285 0.16─0.50 0.30─4.00
L 5 SW UC5115 175─315 0.10─0.50 0.30─2.50
M 1 MK MC5015 190─305 0.20─0.55 1.00─4.00
M 2 GK MC5015 190─305 0.25─0.60 1.50─5.00
M 3 Std UC5115 155─285 0.25─0.60 1.50─5.00
M 4 Std HTi10 100─140 0.25─0.60 1.50─5.00
R 1 RK MC5015 180─285 0.25─0.60 1.50─6.00
R 2 Flat MC5015 180─285 0.20─0.60 2.50─6.00
R 3 GH UC5115 150─275 0.25─0.60 1.50─6.00
R 4 Flat UC5115 150─275 0.20─0.60 2.50─6.00
H 1 Flat MC5015 180─285 0.20─0.60 2.50─6.00
H 2 Flat UC5115 150─275 0.20─0.60 2.50─6.00
L 1 LK MC5015 205─335 0.10─0.40 0.30─2.00
L 2 MA MC5015 190─305 0.20─0.50 0.30─4.00
L 3 MA UC5115 165─305 0.20─0.50 0.30─4.00
M 1 MK MC5015 190─305 0.20─0.55 1.00─4.00
M 2 GK MC5015 190─305 0.25─0.60 1.50─5.00
M 3 Std UC5115 165─305 0.25─0.60 1.50─5.00
M 4 Std UTi20T 85─120 0.25─0.60 1.50─5.00
R 1 RK MC5015 180─285 0.25─0.60 1.50─6.00
R 2 Flat MC5015 180─285 0.20─0.60 2.50─6.00
R 3 GH UC5115 160─290 0.25─0.60 1.50─6.00
R 4 Flat UC5115 160─290 0.20─0.60 2.50─6.00
R 5 Flat UTi20T 80─115 0.20─0.60 2.50─6.00
H 1 Flat MC5015 180─285 0.20─0.60 2.50─6.00
H 2 Flat UC5115 160─290 0.20─0.60 2.50─6.00
TUR
NIN
G IN
SER
TS
Work Material Tensile Strength
Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Ductile Cast Iron(GGG70) <800MPa
A080
S
─
F 1 FJ RT9010 45─95 0.07─0.20 0.10─1.00
L 1 LS MT9015 40─85 0.10─0.25 0.20─0.80
L 2 MJ(M) RT9010 40─80 0.07─0.25 0.40─1.50
M 1 MS MT9015 40─80 0.10─0.25 0.50─4.00
M 2 MS RT9010 40─80 0.10─0.25 0.50─4.00
R 1 RS MT9015 35─75 0.20─0.35 1.00─4.00
R 2 GJ RT9010 35─75 0.16─0.35 1.00─3.00
F 1 FJ RT9010 45─95 0.07─0.20 0.10─1.00
L 1 LS MT9015 40─85 0.10─0.25 0.20─0.80
L 2 MJ(M) RT9010 40─80 0.07─0.25 0.40─1.50
L 3 MJ(G) RT9010 40─80 0.07─0.25 0.40─1.50
M 1 MS MT9015 40─80 0.10─0.25 0.50─4.00
M 2 MS RT9010 40─80 0.10─0.25 0.50─4.00
R 1 RS MT9015 35─75 0.20─0.35 1.00─4.00
R 2 GJ RT9010 35─75 0.16─0.35 1.00─3.00
F 1 FJ RT9010 45─95 0.07─0.20 0.10─1.00
L 1 MJ(M) RT9010 40─80 0.07─0.25 0.40─1.50
L 2 MJ(G) RT9010 40─80 0.07─0.25 0.40─1.50
M 1 MS RT9010 40─80 0.10─0.25 0.50─4.00
R 1 GJ RT9010 35─75 0.16─0.35 1.00─3.00
S
─
F 1 FJ VP10RT 30─60 0.07─0.20 0.10─1.00
L 1 LS MP9005 30─110 0.10─0.25 0.20─0.80
L 2 MJ(M) VP05RT 30─60 0.07─0.25 0.40─1.50
L 3 MJ(M) US905 50─100 0.07─0.25 0.40─1.50
L 4 MJ(G) VP10RT 25─50 0.07─0.25 0.40─1.50
M 1 MS MP9005 30─100 0.10─0.25 0.50─4.00
M 2 MS VP05RT 30─60 0.10─0.25 0.50─4.00
M 3 MS US905 50─100 0.10─0.25 0.50─4.00
R 1 RS MP9015 20─75 0.20─0.35 1.00─4.00
R 2 GJ VP10RT 20─45 0.16─0.35 1.00─3.00
R 3 GJ US905 45─95 0.16─0.35 1.00─3.00
F 1 FJ VP10RT 30─60 0.07─0.20 0.10─1.00
L 1 LS MP9015 25─85 0.10─0.25 0.20─0.80
L 2 MJ(M) VP10RT 25─50 0.07─0.25 0.40─1.50
M 1 MS MP9015 25─80 0.10─0.25 0.50─4.00
M 2 MS VP10RT 25─50 0.10─0.25 0.50─4.00
R 1 RS MP9015 20─75 0.20─0.35 1.00─4.00
R 2 GJ VP10RT 20─45 0.16─0.35 1.00─3.00
F 1 FJ VP15TF 20─40 0.07─0.20 0.10─1.00
L 1 MJ(M) VP15TF 20─35 0.07─0.25 0.40─1.50
L 2 MJ(G) VP15TF 20─35 0.07─0.25 0.40─1.50
M 1 MS VP15TF 20─35 0.10─0.25 0.50─4.00
R 1 GJ VP15TF 15─30 0.16─0.35 1.00─3.00
y
TURNING INSERTSTU
RN
ING
INSE
RTS
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Titanium Alloy(Ti-6Al-4V)
Heat Resistant Alloy(Inconel®718)
RECOMMENDED CUTTING CONDITIONSBreaker : Std : Standard Flat : Flat TopNEGATIVE INSERTS
CUTTING CONDITIONS : : Stable Cutting : General Cutting : Unstable CuttingCUTTING AREA : F : Finish Cutting L : Light Cutting M : Medium Cutting R : Rough Cutting H : Heavy Cutting
A081
P
F 1 FP NX2525 225─320 0.04─0.20 0.20─0.90
F 2 FV NX2525 225─320 0.04─0.20 0.20─0.90
F 3 R/L-F MP3025 230─350 0.05─0.12 0.10─0.50
L 1 LP NX2525 225─320 0.06─0.25 0.20─1.00
L 2 Std UE6110 205─350 0.08─0.30 0.30─2.00
L 3 MV MP3025 190─295 0.08─0.30 0.30─2.00
L 4 Std MP3025 190─295 0.08─0.30 0.30─2.00
M 1 MP NX2525 185─265 0.08─0.30 0.30─2.00
F 1 FP UE6110 250─425 0.04─0.20 0.20─0.90
F 2 FP MP3025 230─350 0.04─0.20 0.20─0.90
F 3 FV MP3025 230─350 0.04─0.20 0.20─0.90
F 4 FV NX3035 215─305 0.04─0.20 0.20─0.90
L 1 LP UE6110 250─425 0.06─0.25 0.20─1.00
L 2 LP MP3025 230─350 0.06─0.25 0.20─1.00
L 3 Std UE6110 205─350 0.08─0.30 0.30─2.00
M 1 MP UE6110 205─350 0.08─0.30 0.30─2.00
M 2 MP MP3025 190─295 0.08─0.30 0.30─2.00
F 1 FP MC6025 250─405 0.04─0.20 0.20─0.90
F 2 FV UE6020 235─385 0.04─0.20 0.20─0.90
L 1 LP MC6025 250─405 0.06─0.25 0.20─1.00
L 2 Std UE6020 195─320 0.08─0.30 0.30─2.00
M 1 MP MC6025 205─335 0.08─0.30 0.30─2.00
F 1 FP NX2525 165─235 0.04─0.20 0.20─0.90
F 2 FV NX2525 165─235 0.04─0.20 0.20─0.90
F 3 R/L-F MP3025 170─260 0.05─0.12 0.10─0.50
L 1 LP NX2525 165─235 0.06─0.25 0.20─1.00
L 2 Std UE6110 150─260 0.08─0.30 0.30─2.00
L 3 MV MP3025 140─215 0.08─0.30 0.30─2.00
L 4 Std MP3025 140─215 0.08─0.30 0.30─2.00
L 5 SV MP3025 170─260 0.06─0.25 0.20─1.00
L 6 MW MP3025 140─215 0.10─0.35 0.80─2.50
M 1 MP NX2525 135─195 0.08─0.30 0.30─2.00
F 1 FP UE6110 185─310 0.04─0.20 0.20─0.90
F 2 FP MP3025 170─260 0.04─0.20 0.20─0.90
F 3 FV MP3025 170─260 0.04─0.20 0.20─0.90
F 4 FV NX3035 160─225 0.04─0.20 0.20─0.90
F 5 SW MP3025 170─260 0.06─0.24 0.20─1.50
L 1 LP UE6110 185─310 0.06─0.25 0.20─1.00
L 2 LP MP3025 170─260 0.06─0.25 0.20─1.00
L 3 Std UE6110 150─260 0.08─0.30 0.30─2.00
M 1 MP UE6110 150─260 0.08─0.30 0.30─2.00
M 2 MP MP3025 140─215 0.08─0.30 0.30─2.00
F 1 FP MC6025 185─295 0.04─0.20 0.20─0.90
F 2 FV UE6020 175─285 0.04─0.20 0.20─0.90
L 1 LP MC6025 185─295 0.06─0.25 0.20─1.00
L 2 Std UE6020 145─235 0.08─0.30 0.30─2.00
M 1 MP MC6025 150─245 0.08─0.30 0.30─2.00
yy
TUR
NIN
G IN
SER
TS
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Mild Steel(St37-2, Ck10) <180HB
Carbon Steel • Alloy Steel
(Ck45, 41CrMo4)
180|
280HB
7° POSITIVE INSERT TYPE
A082
P
M 1 MP NX2525 95─140 0.08─0.30 0.30─2.00
M 1 MP UE6110 110─185 0.08─0.30 0.30─2.00
M 2 MP MP3025 100─155 0.08─0.30 0.30─2.00
M 1 MP MC6025 110─175 0.08─0.30 0.30─2.00
y
TURNING INSERTSTU
RN
ING
INSE
RTS
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Carbon Steel • Alloy Steel
(40CrNiMoA)
280|
350HB
CUTTING CONDITIONS : : Stable Cutting : General Cutting : Unstable CuttingCUTTING AREA : F : Finish Cutting L : Light Cutting M : Medium Cutting R : Rough Cutting H : Heavy Cutting
RECOMMENDED CUTTING CONDITIONSBreaker : Std : Standard Flat : Flat Top7° POSITIVE INSERT TYPE
A083
M
F 1 FM VP15TF 75─125 0.04─0.20 0.20─0.90
F 2 Std US735 70─135 0.08─0.30 0.30─2.00
L 1 LM MC7025 140─190 0.06─0.25 0.20─1.00
L 2 Std US735 70─135 0.08─0.30 0.30─2.00
M 1 MM MC7025 115─155 0.08─0.30 0.30─2.00
F 1 FM VP15TF 75─125 0.04─0.20 0.20─0.90
F 2 Std US735 70─135 0.08─0.30 0.30─2.00
L 1 LM MC7025 140─190 0.06─0.25 0.20─1.00
L 2 Std US735 70─135 0.08─0.30 0.30─2.00
M 1 MM MC7025 115─155 0.08─0.30 0.30─2.00
F 1 FM VP15TF 75─125 0.04─0.20 0.20─0.90
F 2 Std US735 70─135 0.08─0.30 0.30─2.00
L 1 LM MP7035 85─135 0.06─0.25 0.20─1.00
L 2 LM VP15TF 75─125 0.06─0.25 0.20─1.00
L 3 Std US735 70─135 0.08─0.30 0.30─2.00
M 1 MM MP7035 70─115 0.08─0.30 0.30─2.00
M 2 MM VP15TF 60─105 0.08─0.30 0.30─2.00
F 1 FM VP15TF 60─105 0.04─0.20 0.20─0.90
F 2 Std US735 60─110 0.08─0.30 0.30─2.00
L 1 LM MC7025 120─160 0.06─0.25 0.20─1.00
L 2 Std US735 60─110 0.08─0.30 0.30─2.00
M 1 MM MC7025 100─130 0.08─0.30 0.30─2.00
F 1 FM VP15TF 60─105 0.04─0.20 0.20─0.90
F 2 Std US735 60─110 0.08─0.30 0.30─2.00
L 1 LM MC7025 120─160 0.06─0.25 0.20─1.00
L 2 Std US735 60─110 0.08─0.30 0.30─2.00
M 1 MM MC7025 100─130 0.08─0.30 0.30─2.00
F 1 FM VP15TF 60─105 0.04─0.20 0.20─0.90
F 2 Std US735 60─110 0.08─0.30 0.30─2.00
L 1 LM MP7035 70─115 0.06─0.25 0.20─1.00
L 2 LM VP15TF 60─105 0.06─0.25 0.20─1.00
L 3 Std US735 60─110 0.08─0.30 0.30─2.00
M 1 MM MP7035 60─95 0.08─0.30 0.30─2.00
M 2 MM VP15TF 50─90 0.08─0.30 0.30─2.00
F 1 FM VP15TF 50─85 0.04─0.20 0.20─0.90
F 2 Std US735 45─90 0.08─0.30 0.30─2.00
L 1 LM MC7025 95─130 0.06─0.25 0.20─1.00
L 2 Std US735 45─90 0.08─0.30 0.30─2.00
M 1 MM MC7025 80─105 0.08─0.30 0.30─2.00
F 1 FM VP15TF 50─85 0.04─0.20 0.20─0.90
F 2 Std US735 45─90 0.08─0.30 0.30─2.00
L 1 LM MC7025 95─130 0.06─0.25 0.20─1.00
L 2 Std US735 45─90 0.08─0.30 0.30─2.00
M 1 MM MC7025 80─105 0.08─0.30 0.30─2.00
F 1 FM VP15TF 50─85 0.04─0.20 0.20─0.90
F 2 Std US735 45─90 0.08─0.30 0.30─2.00
L 1 LM MP7035 55─95 0.06─0.25 0.20─1.00
TUR
NIN
G IN
SER
TS
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
AusteniticStainless Steel
(X5CrNi189, X5CrNiMo1810)<200HB
AusteniticStainless Steel
(X2CrNiN1810, X2CrNiMoN1813)>200HB
Two-phase Stainless Steel(X3CrNiCu1894) <280HB
A084
M
L 2 LM VP15TF 50─85 0.06─0.25 0.20─1.00
L 3 Std US735 45─90 0.08─0.30 0.30─2.00
M 1 MM MP7035 45─75 0.08─0.30 0.30─2.00
M 2 MM VP15TF 40─70 0.08─0.30 0.30─2.00
F 1 FM VP15TF 75─125 0.04─0.20 0.20─0.90
F 2 Std US735 70─135 0.08─0.30 0.30─2.00
L 1 LM MC7025 140─190 0.06─0.25 0.20─1.00
L 2 Std US735 70─135 0.08─0.30 0.30─2.00
M 1 MM MC7025 115─155 0.08─0.30 0.30─2.00
F 1 FM VP15TF 75─125 0.04─0.20 0.20─0.90
F 2 Std US735 70─135 0.08─0.30 0.30─2.00
L 1 LM MC7025 140─190 0.06─0.25 0.20─1.00
L 2 Std US735 70─135 0.08─0.30 0.30─2.00
M 1 MM MC7025 115─155 0.08─0.30 0.30─2.00
F 1 FM VP15TF 75─125 0.04─0.20 0.20─0.90
F 2 Std US735 70─135 0.08─0.30 0.30─2.00
L 1 LM MP7035 85─135 0.06─0.25 0.20─1.00
L 2 LM VP15TF 75─125 0.06─0.25 0.20─1.00
L 3 Std US735 70─135 0.08─0.30 0.30─2.00
M 1 MM MP7035 70─115 0.08─0.30 0.30─2.00
M 2 MM VP15TF 60─105 0.08─0.30 0.30─2.00
F 1 FM VP15TF 60─105 0.04─0.20 0.20─0.90
F 2 Std US735 60─110 0.08─0.30 0.30─2.00
L 1 LM MC7025 120─160 0.06─0.25 0.20─1.00
L 2 Std US735 60─110 0.08─0.30 0.30─2.00
M 1 MM MC7025 100─130 0.08─0.30 0.30─2.00
F 1 FM VP15TF 60─105 0.04─0.20 0.20─0.90
F 2 Std US735 60─110 0.08─0.30 0.30─2.00
L 1 LM MC7025 120─160 0.06─0.25 0.20─1.00
L 2 Std US735 60─110 0.08─0.30 0.30─2.00
M 1 MM MC7025 100─130 0.08─0.30 0.30─2.00
F 1 FM VP15TF 60─105 0.04─0.20 0.20─0.90
F 2 Std US735 60─110 0.08─0.30 0.30─2.00
L 1 LM MP7035 70─115 0.06─0.25 0.20─1.00
L 2 LM VP15TF 60─105 0.06─0.25 0.20─1.00
L 3 Std US735 60─110 0.08─0.30 0.30─2.00
M 1 MM MP7035 60─95 0.08─0.30 0.30─2.00
M 2 MM VP15TF 50─90 0.08─0.30 0.30─2.00
F 1 FM VP15TF 40─70 0.04─0.20 0.20─0.90
F 2 Std US735 40─75 0.08─0.30 0.30─2.00
L 1 LM MC7025 80─105 0.06─0.25 0.20─1.00
L 2 Std US735 40─75 0.08─0.30 0.30─2.00
M 1 MM MC7025 65─90 0.08─0.30 0.30─2.00
F 1 FM VP15TF 40─70 0.04─0.20 0.20─0.90
F 2 Std US735 40─75 0.08─0.30 0.30─2.00
L 1 LM MC7025 80─105 0.06─0.25 0.20─1.00
L 2 Std US735 40─75 0.08─0.30 0.30─2.00
y
TURNING INSERTSTU
RN
ING
INSE
RTS
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Two-phase Stainless Steel(X3CrNiCu1894) <280HB
Ferritic and Martensitic Stainless Steel
(X10Cr13, X8Cr17)<200HB
Ferritic and Martensitic Stainless Steel
(X17CrNi162, X30Cr13)>200HB
Hardened Stainless Steel(X5CrNiCuNb16-4, X7CrNiAl17-7) <450HB
RECOMMENDED CUTTING CONDITIONSBreaker : Std : Standard Flat : Flat Top
CUTTING CONDITIONS : : Stable Cutting : General Cutting : Unstable CuttingCUTTING AREA : F : Finish Cutting L : Light Cutting M : Medium Cutting R : Rough Cutting H : Heavy Cutting
7° POSITIVE INSERT TYPE
A085
M
M 1 MM MC7025 65─90 0.08─0.30 0.30─2.00
F 1 FM VP15TF 40─70 0.04─0.20 0.20─0.90
F 2 Std US735 40─75 0.08─0.30 0.30─2.00
L 1 LM MP7035 45─75 0.06─0.25 0.20─1.00
L 2 LM VP15TF 40─70 0.06─0.25 0.20─1.00
L 3 Std US735 40─75 0.08─0.30 0.30─2.00
M 1 MM MP7035 40─65 0.08─0.30 0.30─2.00
M 2 MM VP15TF 35─60 0.08─0.30 0.30─2.00
TUR
NIN
G IN
SER
TS
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Hardened Stainless Steel(X5CrNiCuNb16-4, X7CrNiAl17-7) <450HB
A086
K
F 1 MK MC5005 170─270 0.08─0.30 0.30─2.00
F 2 Std UC5115 130─245 0.08─0.30 0.30─2.00
L 1 MK MC5005 170─270 0.08─0.30 0.30─2.00
L 2 Std UC5115 130─245 0.08─0.30 0.30─2.00
M 1 Flat MC5005 170─270 0.08─0.30 0.30─2.00
M 2 Flat UC5115 130─245 0.08─0.30 0.30─2.00
F 1 MK MC5015 155─245 0.08─0.30 0.30─2.00
F 2 Std UC5115 130─245 0.08─0.30 0.30─2.00
L 1 MK MC5015 155─245 0.08─0.30 0.30─2.00
L 2 Std UC5115 130─245 0.08─0.30 0.30─2.00
M 1 Flat MC5015 155─245 0.08─0.30 0.30─2.00
M 2 Flat UC5115 130─245 0.08─0.30 0.30─2.00
F 1 MK MC5015 155─245 0.08─0.30 0.30─2.00
F 2 Std UC5115 130─245 0.08─0.30 0.30─2.00
L 1 MK MC5015 155─245 0.08─0.30 0.30─2.00
L 2 Std UC5115 130─245 0.08─0.30 0.30─2.00
M 1 Flat MC5015 155─245 0.08─0.30 0.30─2.00
M 2 Flat UC5115 130─245 0.08─0.30 0.30─2.00
F 1 MK MC5005 160─255 0.08─0.30 0.30─2.00
F 2 Std UC5115 125─230 0.08─0.30 0.30─2.00
L 1 MK MC5005 160─255 0.08─0.30 0.30─2.00
L 2 Std UC5115 125─230 0.08─0.30 0.30─2.00
M 1 Flat MC5005 160─255 0.08─0.30 0.30─2.00
M 2 Flat UC5115 125─230 0.08─0.30 0.30─2.00
F 1 MK MC5015 145─235 0.08─0.30 0.30─2.00
F 2 Std UC5115 125─230 0.08─0.30 0.30─2.00
L 1 MK MC5015 145─235 0.08─0.30 0.30─2.00
L 2 Std UC5115 125─230 0.08─0.30 0.30─2.00
M 1 Flat MC5015 145─235 0.08─0.30 0.30─2.00
M 2 Flat UC5115 125─230 0.08─0.30 0.30─2.00
F 1 MK MC5015 140─225 0.08─0.30 0.30─2.00
F 2 Std UC5115 125─230 0.08─0.30 0.30─2.00
L 1 MK MC5015 140─225 0.08─0.30 0.30─2.00
L 2 Std UC5115 125─230 0.08─0.30 0.30─2.00
M 1 Flat MC5015 140─225 0.08─0.30 0.30─2.00
M 2 Flat UC5115 125─230 0.08─0.30 0.30─2.00
F 1 MK MC5005 140─225 0.08─0.30 0.30─2.00
F 2 Std UC5115 110─205 0.08─0.30 0.30─2.00
L 1 MK MC5005 140─225 0.08─0.30 0.30─2.00
L 2 Std UC5115 110─205 0.08─0.30 0.30─2.00
M 1 Flat MC5005 140─225 0.08─0.30 0.30─2.00
M 2 Flat UC5115 110─205 0.08─0.30 0.30─2.00
F 1 MK MC5015 130─205 0.08─0.30 0.30─2.00
F 2 Std UC5115 110─205 0.08─0.30 0.30─2.00
L 1 MK MC5015 130─205 0.08─0.30 0.30─2.00
L 2 Std UC5115 110─205 0.08─0.30 0.30─2.00
M 1 Flat MC5015 130─205 0.08─0.30 0.30─2.00
y
TURNING INSERTSTU
RN
ING
INSE
RTS
Work Material Tensile Strength
Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Gray Cast Iron(GG30) <350MPa
Ductile Cast Iron(GGG40) <450MPa
Ductile Cast Iron(GGG70) <800MPa
CUTTING CONDITIONS : : Stable Cutting : General Cutting : Unstable CuttingCUTTING AREA : F : Finish Cutting L : Light Cutting M : Medium Cutting R : Rough Cutting H : Heavy Cutting
RECOMMENDED CUTTING CONDITIONSBreaker : Std : Standard Flat : Flat Top7° POSITIVE INSERT TYPE
A087
K
M 2 Flat UC5115 110─205 0.08─0.30 0.30─2.00
F 1 MK MC5015 130─205 0.08─0.30 0.30─2.00
F 2 Std UC5115 110─205 0.08─0.30 0.30─2.00
L 1 MK MC5015 130─205 0.08─0.30 0.30─2.00
L 2 Std UC5115 110─205 0.08─0.30 0.30─2.00
M 1 Flat MC5015 130─205 0.08─0.30 0.30─2.00
M 2 Flat UC5115 110─205 0.08─0.30 0.30─2.00
TUR
NIN
G IN
SER
TS
Work Material Tensile Strength
Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Ductile Cast Iron(GGG70) <800MPa
A088
N
F 1 AZ HTi10 300─700 0.10─0.40 0.20─3.00
F 1 AZ HTi10 300─700 0.10─0.40 0.20─3.00
F 1 AZ HTi10 300─700 0.10─0.40 0.20─3.00
F 1 AZ HTi10 300─700 0.10─0.40 0.20─3.00
F 1 AZ HTi10 300─700 0.10─0.40 0.20─3.00
F 1 AZ HTi10 300─700 0.10─0.40 0.20─3.00
F 1 AZ HTi10 300─700 0.10─0.40 0.20─3.00
F 1 AZ HTi10 300─700 0.10─0.40 0.20─3.00
F 1 AZ HTi10 300─700 0.10─0.40 0.20─3.00
y
TURNING INSERTSTU
RN
ING
INSE
RTS
RECOMMENDED CUTTING CONDITIONSBreaker : Std : Standard Flat : Flat Top
CUTTING CONDITIONS : : Stable Cutting : General Cutting : Unstable CuttingCUTTING AREA : F : Finish Cutting L : Light Cutting M : Medium Cutting R : Rough Cutting H : Heavy Cutting
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Aluminium Alloy(A6061, A7075) Si<5%
Aluminium Alloy(AC4B) 5%<Si<10%
Aluminium Alloy(ADC12, A390) Si>10%
7° POSITIVE INSERT TYPE
A089
S
─
F 1 FJ RT9010 35─75 0.04─0.12 0.20─1.40
F 1 FJ RT9010 35─75 0.04─0.12 0.20─1.40
F 1 FJ RT9010 35─75 0.04─0.12 0.20─1.40
S
─
F 1 FJ VP10RT 20─45 0.04─0.12 0.20─1.40
F 1 FJ VP10RT 20─45 0.04─0.12 0.20─1.40
F 1 FJ VP10RT 20─45 0.04─0.12 0.20─1.40
TUR
NIN
G IN
SER
TS
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Titanium Alloy(Ti-6Al-4V)
Heat Resistant Alloy(Inconel®718)
A090
P
F 1 R-R/L NX2525 225─320 0.05─0.12 0.20─0.60
L 1 R-Std NX2525 185─265 0.08─0.30 0.30─2.00
M 1 R-Std NX2525 185─265 0.08─0.30 0.30─2.00
F 1 R-R/L NX2525 225─320 0.05─0.12 0.20─0.60
L 1 R-Std UE6110 205─350 0.08─0.30 0.30─2.00
L 2 R-Std MP3025 190─295 0.08─0.30 0.30─2.00
L 3 R-Std NX3035 180─255 0.08─0.30 0.30─2.00
M 1 R-Std UE6110 205─350 0.08─0.30 0.30─2.00
M 2 R-Std MP3025 190─295 0.08─0.30 0.30─2.00
M 3 R-Std NX3035 180─255 0.08─0.30 0.30─2.00
F 1 R-R/L UTi20T 115─165 0.05─0.12 0.20─0.60
L 1 R-Std UE6020 195─320 0.08─0.30 0.30─2.00
L 2 N-Flat UE6020 195─320 0.08─0.30 0.30─2.00
L 3 N-Flat UP20M 105─160 0.08─0.30 0.30─2.00
M 1 R-Std UE6020 195─320 0.08─0.30 0.30─2.00
M 2 N-Flat UE6020 195─320 0.08─0.30 0.30─2.00
M 3 N-Flat UP20M 105─160 0.08─0.30 0.30─2.00
F 1 R-R/L NX2525 165─235 0.05─0.12 0.20─0.60
L 1 R-Std NX2525 135─195 0.08─0.30 0.30─2.00
M 1 R-Std NX2525 135─195 0.08─0.30 0.30─2.00
F 1 R-R/L NX2525 165─235 0.05─0.12 0.20─0.60
L 1 R-Std UE6110 150─260 0.08─0.30 0.30─2.00
L 2 R-Std MP3025 140─215 0.08─0.30 0.30─2.00
L 3 R-Std NX3035 130─190 0.08─0.30 0.30─2.00
M 1 R-Std UE6110 150─260 0.08─0.30 0.30─2.00
M 2 R-Std MP3025 140─215 0.08─0.30 0.30─2.00
M 3 R-Std NX3035 130─190 0.08─0.30 0.30─2.00
F 1 R-R/L UTi20T 85─120 0.05─0.12 0.20─0.60
L 1 R-Std UE6020 145─235 0.08─0.30 0.30─2.00
L 2 N-Flat UE6020 145─235 0.08─0.30 0.30─2.00
L 3 N-Flat UP20M 75─115 0.08─0.30 0.30─2.00
M 1 R-Std UE6020 145─235 0.08─0.30 0.30─2.00
M 2 N-Flat UE6020 145─235 0.08─0.30 0.30─2.00
M 3 N-Flat UP20M 75─115 0.08─0.30 0.30─2.00
y
TURNING INSERTSTU
RN
ING
INSE
RTS
RECOMMENDED CUTTING CONDITIONSBreaker : Std : Standard Flat : Flat Top
Work Material Hardness Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Mild Steel(St37-2, Ck10) <180HB
Carbon Steel • Alloy Steel
(Ck45, 42CrMo4)
180|
280HB
CUTTING CONDITIONS : : Stable Cutting : General Cutting : Unstable CuttingCUTTING AREA : F : Finish Cutting L : Light Cutting M : Medium Cutting R : Rough Cutting H : Heavy Cutting
11° POSITIVE INSERT TYPE
A091
K
F 1 R-R/L NX2525 150─205 0.05─0.12 0.20─0.60
L 1 N-Flat UC5105 135─250 0.08─0.30 0.30─2.00
L 2 N-Flat NX2525 125─170 0.08─0.30 0.30─2.00
L 3 R-Std NX2525 125─170 0.08─0.30 0.30─2.00
M 1 N-Flat UC5105 135─250 0.08─0.30 0.30─2.00
M 2 N-Flat NX2525 125─170 0.08─0.30 0.30─2.00
M 3 R-Std NX2525 125─170 0.08─0.30 0.30─2.00
F 1 R-R/L NX2525 150─205 0.05─0.12 0.20─0.60
F 2 R-R/L HTi10 100─145 0.05─0.12 0.20─0.60
L 1 N-Flat UC5115 130─245 0.08─0.30 0.30─2.00
L 2 N-Flat UE6110 130─200 0.08─0.30 0.30─2.00
M 1 N-Flat UC5115 130─245 0.08─0.30 0.30─2.00
M 2 N-Flat UE6110 130─200 0.08─0.30 0.30─2.00
F 1 R-R/L UTi20T 80─115 0.05─0.12 0.20─0.60
L 1 N-Flat VP15TF 115─160 0.08─0.30 0.30─2.00
M 1 N-Flat VP15TF 115─160 0.08─0.30 0.30─2.00
F 1 R-R/L NX2525 140─190 0.05─0.12 0.20─0.60
L 1 N-Flat UC5105 130─235 0.08─0.30 0.30─2.00
L 2 N-Flat NX2525 115─160 0.08─0.30 0.30─2.00
L 3 R-Std NX2525 115─160 0.08─0.30 0.30─2.00
M 1 N-Flat UC5105 130─235 0.08─0.30 0.30─2.00
M 2 N-Flat NX2525 115─160 0.08─0.30 0.30─2.00
M 3 R-Std NX2525 115─160 0.08─0.30 0.30─2.00
F 1 R-R/L NX2525 140─190 0.05─0.12 0.20─0.60
F 2 R-R/L HTi10 95─135 0.05─0.12 0.20─0.60
L 1 N-Flat UC5115 125─230 0.08─0.30 0.30─2.00
L 2 N-Flat UE6110 120─190 0.08─0.30 0.30─2.00
M 1 N-Flat UC5115 125─230 0.08─0.30 0.30─2.00
M 2 N-Flat UE6110 120─190 0.08─0.30 0.30─2.00
F 1 R-R/L UTi20T 75─110 0.05─0.12 0.20─0.60
L 1 N-Flat VP15TF 110─150 0.08─0.30 0.30─2.00
M 1 N-Flat VP15TF 110─150 0.08─0.30 0.30─2.00
F 1 R-R/L NX2525 125─170 0.05─0.12 0.20─0.60
L 1 N-Flat UC5105 115─210 0.08─0.30 0.30─2.00
L 2 N-Flat NX2525 105─140 0.08─0.30 0.30─2.00
L 3 R-Std NX2525 105─140 0.08─0.30 0.30─2.00
M 1 N-Flat UC5105 115─210 0.08─0.30 0.30─2.00
M 2 N-Flat NX2525 105─140 0.08─0.30 0.30─2.00
M 3 R-Std NX2525 105─140 0.08─0.30 0.30─2.00
F 1 R-R/L NX2525 125─170 0.05─0.12 0.20─0.60
F 2 R-R/L HTi10 85─120 0.05─0.12 0.20─0.60
L 1 N-Flat UC5115 110─205 0.08─0.30 0.30─2.00
L 2 N-Flat UE6110 105─170 0.08─0.30 0.30─2.00
M 1 N-Flat UC5115 110─205 0.08─0.30 0.30─2.00
M 2 N-Flat UE6110 105─170 0.08─0.30 0.30─2.00
F 1 R-R/L UTi20T 65─95 0.05─0.12 0.20─0.60
L 1 N-Flat VP15TF 95─135 0.08─0.30 0.30─2.00
M 1 N-Flat VP15TF 95─135 0.08─0.30 0.30─2.00
TUR
NIN
G IN
SER
TS
Work Material Tensile Strength
Cutting Mode Priority Breaker Grade Cutting Speed
(m/min)Feed
(mm/rev)Depth of Cut
(mm)
Gray Cast Iron(GG30) <350MPa
Ductile Cast Iron(GGG40) <450MPa
Ductile Cast Iron(GGG70) <800MPa
A092
CNMG 12 04 02- FH
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
FH CNMG120402-FH 0.2 s s s s a C008C009E014E037H006─008
120404-FH 0.4 a s a a s
120408-FH 0.8 a a a a
120412-FH 1.2 a s
FS CNMG120404-FS 0.4 s a C008
C009E014E037H006─008
120408-FS 0.8 a
FY CNMG120404-FY 0.4 a a a a C008C009E014E037H006─008
120408-FY 0.8 a a a
FJ CNGG1204V5-FJ 0.05 a a C008C009E014E037H006─008
120401-FJ 0.1 a a
120402-FJ 0.2 a a
120404-FJ 0.4 a a a
120408-FJ 0.8 a a a
PK CNGG120404-PK 0.4 a C008C009E014E037H006─008
LP CNMG120404-LP 0.4 a a a a C008C009E014E037H006─008
120408-LP 0.8 a a a a
120412-LP 1.2 a a a
LM CNMG120404-LM 0.4 a a a C008C009E014E037H006─008
120408-LM 0.8 a a a
120412-LM 1.2 a a a
NEW
NEW
CN80°P P P M K
NEWNEW
NEWNEW
NEWNEW
NEWNEW
876543210 0.1 0.3 0.5 0.7
FY
SY
876543210 0.1 0.3 0.5 0.7
HX
RP
FH
MP
LP
876543210 0.1 0.3 0.5 0.7
SW
MW
876543210 0.1 0.3 0.5 0.7
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
CHIP CONTROL RANGE FOR WORK MATERIALS
WITH HOLE
TYPE INSERTS WITH HOLE Chip Breaker
Mild Steel Carbon Steel · Alloy Steel (180─280HB) Carbon Steel · Alloy Steel (Wiper) Stainless Steel (<200HB) Cast Iron (<350MPa)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Light Cutting
Light Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Flat Top
a : Inventory maintained. s : Inventory maintained in Japan.
A093
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
LK CNMG120404-LK 0.4 a a C008C009E014E037H006─008
120408-LK 0.8 a a
LS CNMG120404-LS 0.4 a a a C008C009E014E037H006─008
120408-LS 0.8 a a a
SH CNMG09T304-SH 0.4 a aC008C009E014E037H006─008
09T308-SH 0.8 a
09T312-SH 1.2 a
120404-SH 0.4 a a a a a a a s
120408-SH 0.8 a a a a a a a s
120412-SH 1.2 a a a a
SA CNMG120404-SA 0.4 a a a a C008C009E014E037H006─008
120408-SA 0.8 a a a a
120412-SA 1.2 a a a s
SW CNMG120404-SW 0.4 a a a a a a a C008C009E014E037H006─008
120408-SW 0.8 a a a a a a a
120412-SW 1.2 a a a a a a
SY CNMG120404-SY 0.4 a a a C008C009E014E037H006─008
120408-SY 0.8 a a a
MJ CNMG120404-MJ 0.4 a a a a C008C009E014E037H006─008
120408-MJ 0.8 a a a a
120412-MJ 1.2 a a a
120416-MJ 1.6 a s a
MJ CNGG120404-MJ 0.4 a a s a C008
C009E014E037H006─008
120408-MJ 0.8 a a s a
NEW
NEW
*
NEWNEW
NEWNEW
NEWNEW
NEWNEW
=
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Light Cutting
Light Cutting
Light Cutting
Light Cutting
Light Cutting(Wiper)
Light Cutting
Light Cutting
Light Cutting
WITH HOLE
* Please refer to page A028 before using the SW breaker (wiper insert).
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
A094
CNMG 12 04 04- MPCN80°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
MP CNMG120404-MP 0.4 a a a a a a
C008C009E014E037H006─008
120408-MP 0.8 a a a a a a
120412-MP 1.2 a a a a a a
120416-MP 1.6 a a a a
160608-MP 0.8 a a a a a
160612-MP 1.2 a a a a a
160616-MP 1.6 a a a a a
MM CNMG120408-MM 0.8 a a a
C008C009E014E037H006─008
120412-MM 1.2 a a a
120416-MM 1.6 a a a
160608-MM 0.8 a a a
160612-MM 1.2 a a a
160616-MM 1.6 a a a
190608-MM 0.8 a a a
190612-MM 1.2 a a a
190616-MM 1.6 a a a
MK CNMG120404-MK 0.4 a a C008C009E014E037H006─008
120408-MK 0.8 a a
120412-MK 1.2 a a
MS CNMG090304-MS 0.4 a
C008C009E014E037H006─008
090308-MS 0.8 s a
09T304-MS 0.4 a a
09T308-MS 0.8 a a
120404-MS 0.4 s s a a s a a a a a a a s a
120408-MS 0.8 a s a a s a a a a a a a a a a
120412-MS 1.2 s a a a a a a a
160608-MS 0.8 s
160612-MS 1.2 s
190612-MS 1.2 a
190616-MS 1.6 a
NEW
NEW
P P P M K
NEWNEW
NEWNEW
NEWNEW
NEWNEW
=
876543210 0.1 0.3 0.5 0.7
FY
SY
876543210 0.1 0.3 0.5 0.7
HX
RP
FH
MP
LP
876543210 0.1 0.3 0.5 0.7
SW
MW
876543210 0.1 0.3 0.5 0.7
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
WITH HOLE
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Carbon Steel · Alloy Steel (Wiper) Stainless Steel (<200HB) Cast Iron (<350MPa)
Medium Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
a : Inventory maintained. s : Inventory maintained in Japan.
Flat Top
A095
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
GM CNMG120404-GM 0.4 a a a C008C009E014E037H006─008
120408-GM 0.8 a a a
120412-GM 1.2 a a a
MA CNMG120404-MA 0.4 a a a a a a a a a a a a s a
C008C009E014E037H006─008
120408-MA 0.8 a a a a a a a a a a a a a s a
120412-MA 1.2 a a a a a a a a a a a s a
120416-MA 1.6 a a a a a a
160608-MA 0.8 a a a s a s
160612-MA 1.2 a a a s a a a
160616-MA 1.6 a a a a a
190612-MA 1.2 a a a s s a a a
190616-MA 1.6 a a a a
MH CNMG120404-MH 0.4 a a a a a
C008C009E014E037H006─008
120408-MH 0.8 a a a a a a
120412-MH 1.2 a a a a a a a
120416-MH 1.6 a a a a
160608-MH 0.8 a a s
160612-MH 1.2 a a a a a
160616-MH 1.6 a a a
190612-MH 1.2 a a a a a s
190616-MH 1.6 a s a
CNMG090308 0.8 s
C008C009E014E037H006─008
09T304 0.4 a a
09T308 0.8 a s
120404 0.4 a a a a s a a a a a a a
120408 0.8 a a a a a a a s a a a a
120412 1.2 a a a a a a a s s
120416 1.6 a a a a
160608 0.8 a a a a
160612 1.2 a a a a a a
160616 1.6 a a a a a
190608 0.8 a a a a a
190612 1.2 a a a a a s s
190616 1.6 a a a a a s
MW CNMG120408-MW 0.8 a a a a a a a C008C009E014E037H006─008
120412-MW 1.2 a a a a a a a
NEW
*
NEWNEW
NEWNEW
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
WITH HOLE
* Please refer to page A028 before using the MW breaker (wiper insert).
Medium Cutting
Medium Cutting
Medium Cutting
Standard
Medium Cutting
Medium Cutting(Wiper)
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
A096
CNMG 12 04 08- RPCN80°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
RP CNMG120408-RP 0.8 a a a
C008C009E014E037H006─008
120412-RP 1.2 a a a
120416-RP 1.6 a a a
160612-RP 1.2 a a a
160616-RP 1.6 a a a
190612-RP 1.2 a a a
190616-RP 1.6 a a a
RM CNMG120408-RM 0.8 a a a
C008C009E014E037H006─008
120412-RM 1.2 a a a
120416-RM 1.6 a a a
160612-RM 1.2 a a a
160616-RM 1.6 a a a
190612-RM 1.2 a a a
190616-RM 1.6 a a a
RK CNMG120408-RK 0.8 a a C008C009E014E037H006─008
120412-RK 1.2 a a
120416-RK 1.6 a a
RS CNMG120408-RS 0.8 a a C008C009E014E037H006─008
120412-RS 1.2 a a
GK CNMG120404-GK 0.4 a a C008C009E014E037H006─008
120408-GK 0.8 a a
120412-GK 1.2 a a
GH CNMG120408-GH 0.8 a a a a a a a a
C008C009E014E037H006─008
120412-GH 1.2 a a a a a a a
120416-GH 1.6 a a a a a
160612-GH 1.2 a a a a a a a
160616-GH 1.6 a a a a a
190612-GH 1.2 a a a a s s
190616-GH 1.6 a a a a s a s s
NEW
NEW
NEW
NEW
NEW
NEW
NEW
NEW
NEW
P P P M K
NEWNEW
NEWNEW
NEWNEW
NEWNEW
=
876543210 0.1 0.3 0.5 0.7
FY
SY
876543210 0.1 0.3 0.5 0.7
HX
RP
FH
MP
LP
876543210 0.1 0.3 0.5 0.7
SW
MW
876543210 0.1 0.3 0.5 0.7
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Rough Cutting
Rough Cutting
Rough Cutting
Rough Cutting
Rough Cutting
Rough Cutting
WITH HOLE
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Carbon Steel · Alloy Steel (Wiper) Stainless Steel (<200HB) Cast Iron (<350MPa)
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
a : Inventory maintained. s : Inventory maintained in Japan.
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Flat Top
A097
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
GJ CNMG120408-GJ 0.8 a a a aC008C009E014E037H006─008
120412-GJ 1.2 a a a a
120416-GJ 1.6 a a a s
160612-GJ 1.2 a a a
190612-GJ 1.2 a a a
190616-GJ 1.6 a a a
HZ CNMM120408-HZ 0.8 a a
C008C009E014E037H006─008
120412-HZ 1.2 a a
160612-HZ 1.2 s a
160616-HZ 1.6 s a
190612-HZ 1.2 s a a
190616-HZ 1.6 s a a
190624-HZ 2.4 a
HX CNMM190612-HX 1.2 a a a
C008C009
190616-HX 1.6 a a a a
190624-HX 2.4 a a a
250924-HX 2.4 a a a
HV CNMM190616-HV 1.6 a a a
C008C009
190624-HV 2.4 a a a
250924-HV 2.4 a a a
CNMA120404 0.4 a a a a s a
C008C009E014E037H006─008
120408 0.8 a a a a s a
120412 1.2 a a a a
120416 1.6 a a a a
160612 1.2 a a
160616 1.6 a a
190612 1.2 a a
190616 1.6 a a
NEWNEW
NEWNEW
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Rough Cutting
Heavy Cutting
Heavy Cutting
Heavy Cutting
Flat Top
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm) WITH HOLE
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
A098
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
FH DNMG150402-FH 0.2 s s s s a C010C011E014E037─039H009─011
150404-FH 0.4 a a a a s
150408-FH 0.8 a a a s
150602-FH 0.2 s s s s a
150604-FH 0.4 a s a
150608-FH 0.8 a s a
FS DNMG150404-FS 0.4 a C010C011E014E037─039H009─011
150408-FS 0.8 s a
150604-FS 0.4 a
150608-FS 0.8 a
FY DNMG150404-FY 0.4 s a a a C010
C011E014E037─039H009─011
150408-FY 0.8 s a s
150604-FY 0.4 a
150608-FY 0.8 a a
FJ DNGG150404-FJ 0.4 a a a C010
C011E014E037─039H009─011
150408-FJ 0.8 a a a
PK DNGG150404-PK 0.4 a C010C011E014E037─039H009─011
150604-PK 0.4 a
150608-PK 0.8 a
LP DNMG110404-LP 0.4 a a a a
C010C011E014E037─039H009─011
110408-LP 0.8 a a a a
150404-LP 0.4 a a a a
150408-LP 0.8 a a a a
150412-LP 1.2 a a a a
150604-LP 0.4 a a a a
150608-LP 0.8 a a a a
150612-LP 1.2 a a a
NEW
NEW
NEW
NEW
DNMG 15 04 02- FHDN55°P P P M K
NEWNEW
NEWNEW
NEWNEW
NEWNEW
876543210 0.1 0.3 0.5 0.7
SW
MW
876543210 0.1 0.3 0.5 0.7
RP
FH
MP
LP
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
FY
SY
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Light Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Carbon Steel · Alloy Steel (Wiper) Stainless Steel (<200HB) Cast Iron (<350MPa)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
WITH HOLE
a : Inventory maintained. s : Inventory maintained in Japan.
Flat Top
A099
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
LM DNMG110404-LM 0.4 a a a
C010C011E014E037─039H009─011
110408-LM 0.8 a a a
150404-LM 0.4 a a a
150408-LM 0.8 a a a
150412-LM 1.2 a a a
150604-LM 0.4 a a a
150608-LM 0.8 a a a
150612-LM 1.2 a a a
LK DNMG150404-LK 0.4 a a C010C011E014E037─039H009─011
150408-LK 0.8 a a
150604-LK 0.4 a a
150608-LK 0.8 a a
LS DNMG150404-LS 0.4 a a a C010
C011E014E037─039H009─011
150408-LS 0.8 a a a
150604-LS 0.4 a a a
150608-LS 0.8 a a a
SH DNMG110404-SH 0.4 a a a a
C010C011E014E037─039H009─011
110408-SH 0.8 a a a a
150404-SH 0.4 a a a a s a a s
150408-SH 0.8 a a a a s a a s
150412-SH 1.2 a a s s s s s
150604-SH 0.4 a a
150608-SH 0.8 a a a
150612-SH 1.2 a a a a
SA DNMG150404-SA 0.4 a a a a C010C011E014E037─039H009─011
150408-SA 0.8 a a a a
150412-SA 1.2 a a s s
150604-SA 0.4 a a a a
150608-SA 0.8 a a a a
150612-SA 1.2 a a a s
* SW DNMX110404-SW 0.4 a
C010E014E037E039H009H011
110408-SW 0.8 a
150404-SW 0.4 a a a a a a
150408-SW 0.8 a a a a a a
150412-SW 1.2 a a a a a
150604-SW 0.4 a a a a a a
150608-SW 0.8 a a a a a a
150612-SW 1.2 a a a a a
SY DNMG150404-SY 0.4 a a a C010C011E014E037─039H009─011
150408-SY 0.8 a a a
150604-SY 0.4 a
150608-SY 0.8 a a
NEW
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
=
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
WITH HOLE
* Please refer to page A028 before using the SW breaker (wiper insert).
Light Cutting
Light Cutting
Light Cutting
Light Cutting
Light Cutting
Light Cutting(Wiper)
Light Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
A100
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
MJ DNMG150404-MJ 0.4 a a a a
C010C011E014E037─039H009─011
150408-MJ 0.8 a a a a
150412-MJ 1.2 a a a
150416-MJ 1.6 s s a
150604-MJ 0.4 a s a
150608-MJ 0.8 a s a
150612-MJ 1.2 a s a
150616-MJ 1.6 s s a
MJ DNGM150404-MJ 0.4 a a s s C010C011E014E037─039H009─011
150408-MJ 0.8 a a s s
MP DNMG150404-MP 0.4 a a a a a a
C010C011E014E037─039H009─011
150408-MP 0.8 a a a a a a
150412-MP 1.2 a a a a a a
150416-MP 1.6 s s s a s
150604-MP 0.4 a a a a a a
150608-MP 0.8 a a a a a a
150612-MP 1.2 a a a a a a
150616-MP 1.6 a a a a a
MM DNMG150408-MM 0.8 a a a C010C011E014E037─039H009─011
150412-MM 1.2 a a a
150608-MM 0.8 a a a
150612-MM 1.2 a a a
MK DNMG150404-MK 0.4 a a C010
C011E014E037─039H009─011
150408-MK 0.8 a a
150412-MK 1.2 a a
150604-MK 0.4 a a
150608-MK 0.8 a a
150612-MK 1.2 a a
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
DNMG 15 04 04- MJDN55°P P P M K
876543210 0.1 0.3 0.5 0.7
SW
MW
876543210 0.1 0.3 0.5 0.7
RP
FH
MP
LP
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
FY
SY
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Light Cutting
Light Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Carbon Steel · Alloy Steel (Wiper) Stainless Steel (<200HB) Cast Iron (<350MPa)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
a : Inventory maintained. s : Inventory maintained in Japan.
WITH HOLE
Flat Top
A101
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
MS DNMG110408-MS 0.8 a a
C010C011E014E037─039H009─011
150404-MS 0.4 a s a a s a a a a a a
150408-MS 0.8 a a a s a a a a a a a a
150412-MS 1.2 s a s a a
150604-MS 0.4 a a a a a a a a a a a
150608-MS 0.8 s a a a a a a a s
150612-MS 1.2 s a a a a
GM DNMG150404-GM 0.4 a a a C010C011E014E037─039H009─011
150408-GM 0.8 a a a
150412-GM 1.2 a a a
150604-GM 0.4 a a a
150608-GM 0.8 a a a
150612-GM 1.2 a a a
MA DNMG110404-MA 0.4 a a
C010C011E014E037─039H009─011
110408-MA 0.8 a a
110412-MA 1.2 a a
150404-MA 0.4 a a a a a a a a a a a a s a
150408-MA 0.8 a a a a a a a a a a a a a s a
150412-MA 1.2 a a a a s a a a s a
150604-MA 0.4 a a a a a a a a a a s a
150608-MA 0.8 a a a a a a a a a a a a a s a
150612-MA 1.2 a a a a a a a a a a s a
150616-MA 1.6 a
MH DNMG150404-MH 0.4 a a a C010C011E014E037─039H009─011
150408-MH 0.8 a a a s a s
150412-MH 1.2 a a a s s
150604-MH 0.4 a a a s
150608-MH 0.8 a a a a a a
150612-MH 1.2 a a a a a
DNMG110408 0.8 a a a a
C010C011E014E037─039H009─011
150404 0.4 a a a a a a a a a a
150408 0.8 a a a a a a s a a a a
150412 1.2 a a s a a a s s
150416 1.6 s
150604 0.4 a a a s a a a
150608 0.8 a a a a s a s a a
150612 1.2 a a a a a a s
150616 1.6 a
MW DNMX150408-MW 0.8 a a a a C010E014E037E039H009H011
150412-MW 1.2 a a a a
150608-MW 0.8 a a a a a
150612-MW 1.2 a a
NEW
*
NEWNEW
NEWNEW
NEWNEW
NEWNEW
=
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Standard
Medium Cutting
Medium Cutting(Wiper)
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
* Please refer to page A028 before using the MW breaker (wiper insert).
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
WITH HOLE
A102
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
R/L DNGG150404R 0.4 a a a s
C010C011E014E037─039H009─011
150404L 0.4 a a a a
150408R 0.8 a a a
150408L 0.8 a a
150604R 0.4 a a a
150604L 0.4 a a
150608R 0.8 a a
150608L 0.8 a a
RP DNMG150408-RP 0.8 a a a C010C011E014E037─039H009─011
150412-RP 1.2 a a a
150416-RP 1.6 s s s
150608-RP 0.8 a a a
150612-RP 1.2 a a a
150616-RP 1.6 a a a
RM DNMG150408-RM 0.8 a a a C010C011E014E037─039H009─011
150412-RM 1.2 a a a
150416-RM 1.6 a a a
150608-RM 0.8 a a a
150612-RM 1.2 a a a
150616-RM 1.6 a a a
RK DNMG150408-RK 0.8 a a C010C011E014E037─039H009─011
150412-RK 1.2 a a
150608-RK 0.8 a a
150612-RK 1.2 a a
RS DNMG150408-RS 0.8 a a C010
C011E014E037─039H009─011
150412-RS 1.2 a a
150608-RS 0.8 a a
150612-RS 1.2 a a
GK DNMG150404-GK 0.4 a a C010
C011E014E037─039H009─011
150408-GK 0.8 a a
150412-GK 1.2 a a
150604-GK 0.4 a a
150608-GK 0.8 a a
150612-GK 1.2 a a
NEW
NEW
NEW
NEW
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
DNGG 15 04 04- RDN55°P P P M K
=
876543210 0.1 0.3 0.5 0.7
SW
MW
876543210 0.1 0.3 0.5 0.7
RP
FH
MP
LP
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
FY
SY
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Medium Cutting
Rough Cutting
Rough Cutting
Rough Cutting
Rough Cutting
Rough Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Carbon Steel · Alloy Steel (Wiper) Stainless Steel (<200HB) Cast Iron (<350MPa)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
WITH HOLE
a : Inventory maintained. s : Inventory maintained in Japan.
Flat Top
A103
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
GH DNMG150408-GH 0.8 a a a a a a C010C011E014E037─039H009─011
150412-GH 1.2 a a a a a a a
150608-GH 0.8 a a a a a a a
150612-GH 1.2 a a a a a a
GJ DNMG150408-GJ 0.8 s a a s C010
C011E014E037─039H009─011
150412-GJ 1.2 s a a s
150416-GJ 1.6 s a s a
150608-GJ 0.8 a a
150612-GJ 1.2 a a
150616-GJ 1.6 a a
HZ DNMM150408-HZ 0.8 s C010C011E014E037─039H009─011
150412-HZ 1.2 a
150608-HZ 0.8 s a
150612-HZ 1.2 s a
DNMA150404 0.4 a a s s a
C010C011E014E037─039H009─011
150408 0.8 a a a a s s s
150412 1.2 a a a a
150604 0.4 a a
150608 0.8 a a a a
150612 1.2 a a a a
DNGA150404 0.4 a C010C011E014E037─039H009─011
150408 0.8 s a
150604 0.4 a
150608 0.8 a
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Rough Cutting
Rough Cutting
Heavy Cutting
Flat Top
Flat Top
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm) WITH HOLE
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
A104
RNMG 12 04 00RN
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
RNMG120400 - s a
─
NEWNEW
NEWNEW
NEWNEW
NEWNEW
P P M876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
876543210 0.1 0.3 0.5 0.7
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Standard
Medium Cutting
TYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALS Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Mild Steel Carbon Steel · Alloy Steel (180─280HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev)
Standard Standard Standard
Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
WITH HOLE
a : Inventory maintained. s : Inventory maintained in Japan.
A105
SNMG 09 03 04- FHSN90°P P M K
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
FH SNMG090304-FH 0.4 s
C012─015E015E036
090308-FH 0.8 s
120404-FH 0.4 s a a
120408-FH 0.8 s a
FS SNMG120408-FS 0.8 a
C012─015E015E036
LP SNMG120404-LP 0.4 a a a a
C012─015E015E036
120408-LP 0.8 a a a a
120412-LP 1.2 a a a
LM SNMG120404-LM 0.4 a a a
C012─015E015E036
120408-LM 0.8 a a a
LK SNMG120408-LK 0.8 a a
C012─015E015E036
SH SNMG120404-SH 0.4 a a
C012─015E015E036
120408-SH 0.8 a a a a a
120412-SH 1.2 s s a
SA SNMG120404-SA 0.4 a s
C012─015E015E036
120408-SA 0.8 a a a a
120412-SA 1.2 a a s
NEW
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
876543210 0.1 0.3 0.5 0.7
HX
RP
FH
MP
LP
876543210 0.1 0.3 0.5 0.7
876543210 0.1 0.3 0.5 0.7
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
SY
HZ
LK
MK
RK
TUR
NIN
G IN
SER
TS
NEG
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
WITH HOLE
Finish Cutting
Finish Cutting
Light Cutting
Light Cutting
Light Cutting
Light Cutting
Light Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB) Cast Iron (<350MPa)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
Flat Top
A106
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
SY SNMG120408-SY 0.8 a a
C012─015E015E036
R/L-1G SNMG120404R-1G 0.4 s
C012─015E015E036
120404L-1G 0.4 s
120408R-1G 0.8 s
MP SNMG120404-MP 0.4 a a a a a a
C012─015E015E036
120408-MP 0.8 a a a a a a
120412-MP 1.2 a a a a a a
MM SNMG120408-MM 0.8 a a a
C012─015E015E036
120412-MM 1.2 a a a
120416-MM 1.6 a a a
150608-MM 0.8 a a a
150612-MM 1.2 a a a
150616-MM 1.6 a a a
190612-MM 1.2 a a a
190616-MM 1.6 a a a
MK SNMG120408-MK 0.8 a a
C012─015E015E036
120412-MK 1.2 a a
MS SNMG090304-MS 0.4 s
C012─015E015E036
090308-MS 0.8 s
120404-MS 0.4 s s a a a a
120408-MS 0.8 a s a a a a a a a a a a a a
120412-MS 1.2 s a a a a a s
120416-MS 1.6 s
190616-MS 1.6 a
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
SN90°P P M K
=
SNMG 12 04 08- SY
876543210 0.1 0.3 0.5 0.7
HX
RP
FH
MP
LP
876543210 0.1 0.3 0.5 0.7
876543210 0.1 0.3 0.5 0.7
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
SY
HZ
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Light Cutting
Light Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
WITH HOLE
TYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB) Cast Iron (<350MPa)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
a : Inventory maintained. s : Inventory maintained in Japan.
Chip Breaker
Flat Top
A107
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
GM SNMG120404-GM 0.4 a a a
C012─015E015E036
120408-GM 0.8 a a a
120412-GM 1.2 a a a
MA SNMG120404-MA 0.4 a a a a a a a a a s s s
C012─015E015E036
120408-MA 0.8 a a a a a a a a a a a a a s a
120412-MA 1.2 a a a a a a a a a a s a
120416-MA 1.6 a a
150608-MA 0.8 a a a s a
150612-MA 1.2 a a a s a a
150616-MA 1.6 a
190612-MA 1.2 a a a a a
190616-MA 1.6 a a a s a
MH SNMG120408-MH 0.8 a a a a a
C012─015E015E036
120412-MH 1.2 a a a a a
190612-MH 1.2 a a a s
190616-MH 1.6 a a a
SNMG090304 0.4 s a a a s s a a
C012─015E015E036
090308 0.8 s a a a s s a a s s
120404 0.4 a a a a a a a
120408 0.8 a a a a a a a a s a a a a s a
120412 1.2 a a a a a a a a s s
120416 1.6 a a a a a a s a
120420 2.0 s a
150612 1.2 a a a a a a s s
190612 1.2 a a a a s s s s
190616 1.6 a a a a a a s s
R/L SNGG090304R 0.4 s a s s
C012─015E015E036
090304L 0.4 s a s
090308R 0.8 s a
090308L 0.8 s a
120404R 0.4 s a a s
120404L 0.4 s a a s
120408R 0.8 s a a
120408L 0.8 s a a s s
RP SNMG120408-RP 0.8 a a a
C012─015E015E036
120412-RP 1.2 a a a
120416-RP 1.6 a a a
150612-RP 1.2 a a a
150616-RP 1.6 a a a
190612-RP 1.2 a a a
190616-RP 1.6 a a a
NEW
NEW
NEW
NEW
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
WITH HOLE
Medium Cutting
Medium Cutting
Medium Cutting
Standard
Medium Cutting
Medium Cutting
Rough Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
A108
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
RM SNMG120408-RM 0.8 a a a
C012─015E015E036
120412-RM 1.2 a a a
120416-RM 1.6 a a a
150612-RM 1.2 a a a
150616-RM 1.6 a a a
190612-RM 1.2 a a a
190616-RM 1.6 a a a
RK SNMG120408-RK 0.8 a a
C012─015E015E036
120412-RK 1.2 a a
120416-RK 1.6 a a
RS SNMG120408-RS 0.8 a a
C012─015E015E036
120412-RS 1.2 a a
GK SNMG120404-GK 0.4 a a
C012─015E015E036
120408-GK 0.8 a a
120412-GK 1.2 a a
GH SNMG120408-GH 0.8 a a a a a a a
C012─015E015E036
120412-GH 1.2 a a a a a a a
120416-GH 1.6 a a a a
150612-GH 1.2 a a a
150616-GH 1.6 a a
190612-GH 1.2 a a a a a
190616-GH 1.6 a s a a s a
HZ SNMM120408-HZ 0.8 s a
C012─015E015E036
120412-HZ 1.2 s a
150612-HZ 1.2 s a
190612-HZ 1.2 s a a
190616-HZ 1.6 a a a
190624-HZ 2.4 a a
NEW
NEW
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
SNMG 12 04 08- RMSN90°P P M K
=
876543210 0.1 0.3 0.5 0.7
HX
RP
FH
MP
LP
876543210 0.1 0.3 0.5 0.7
876543210 0.1 0.3 0.5 0.7
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
SY
HZ
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Rough Cutting
Rough Cutting
Rough Cutting
Rough Cutting
Rough Cutting
Heavy Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB) Cast Iron (<350MPa)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
WITH HOLE
a : Inventory maintained. s : Inventory maintained in Japan.
Flat Top
A109
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
HX SNMM190612-HX 1.2 a a a
C012C014
190616-HX 1.6 a a a a
190624-HX 2.4 a a a
250724-HX 2.4 a a a
250924-HX 2.4 a a a
HV SNMM190616-HV 1.6 a a a
C012C014
190624-HV 2.4 a a a
250724-HV 2.4 a a a
250924-HV 2.4 a a a
HXD SNMM190612-HXD 1.2 a
C012C014
250724-HXD 2.4 a
SNMA090304 0.4 a
C012─015E015E036
090308 0.8 s s a
120408 0.8 a a a a a s a
120412 1.2 a a a a a
120416 1.6 a a a a
190612 1.2 a a
190616 1.6 a a
SNGA090304 0.4 s
C012─015E015E036
120404 0.4 a
120408 0.8 s s a
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Heavy Cutting
Heavy Cutting
Heavy Cutting
Flat Top
Flat Top
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm) WITH HOLE
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
A110
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
FH TNMG110304-FH 0.4 s
C016─018E015E036
160402-FH 0.2 s s s s a
160404-FH 0.4 a a a a s
160408-FH 0.8 a s a a a s
FS TNMG160404-FS 0.4 s a
C016─018E015E036
160408-FS 0.8 s a
FY TNMG160404-FY 0.4 a a a a
C016─018E015E036
160408-FY 0.8 a a a
PK TNGG160404-PK 0.4 a
C016─018E015E036
160408-PK 0.8 a
R/L-FS TNGG160402R-FS 0.2 s
C016─018E015E036
160402L-FS 0.2 s
160404R-FS 0.4 s
160404L-FS 0.4 s
R/L-F TNGG160402R-F 0.2 a s a a
C016─018E015E036
160402L-F 0.2 a s a a
160404R-F 0.4 a s a a
160404L-F 0.4 a s a a
160408R-F 0.8 a s s a
160408L-F 0.8 a s s a
LP TNMG160404-LP 0.4 a a a a
C016─018E015E036
160408-LP 0.8 a a a a
160412-LP 1.2 a a a a
220408-LP 0.8 a a a a
220412-LP 1.2 a a a
NEW
NEW
NEW
TN60°P P P M K
TNMG 11 03 04- FH
NEWNEW
NEWNEW
NEWNEW
NEWNEW
876543210
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
FY
SWSY
MW
876543210 0.1 0.3 0.5 0.7
RP
FH
MP
LP
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Carbon Steel · Alloy Steel (Wiper) Stainless Steel (<200HB) Cast Iron (<350MPa)
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Light Cutting
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
WITH HOLE
a : Inventory maintained. s : Inventory maintained in Japan.
Flat Top
A111
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
LM TNMG160404-LM 0.4 a a a
C016─018E015E036
160408-LM 0.8 a a a
160412-LM 1.2 a a a
LK TNMG160404-LK 0.4 a a
C016─018E015E036
160408-LK 0.8 a a
LS TNMG160404-LS 0.4 a a a
C016─018E015E036
160408-LS 0.8 a a a
SH TNMG160404-SH 0.4 a a a a a a a s
C016─018E015E036
160408-SH 0.8 a a a a a a a s
220408-SH 0.8 a s a
SA TNMG160404-SA 0.4 a a a a
C016─018E015E036
160408-SA 0.8 a a a a
160412-SA 1.2 a a a a a s
220408-SA 0.8 a a a
220412-SA 1.2 a
SW TNMX160404-SW 0.4 a a a a a a
C016 160408-SW 0.8 a a a a a a
SY TNMG160404-SY 0.4 a a a a
C016─018E015E036
160408-SY 0.8 a a a
R/L-1G TNMG160404R-1G 0.4 a
C016─018E015E036
160404L-1G 0.4 s
220404R-1G 0.4 s
220404L-1G 0.4 s
NEW
NEW
NEW
*
NEWNEW
NEWNEW
NEWNEW
NEWNEW
=
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
WITH HOLE
Light Cutting
Light Cutting
Light Cutting
Light Cutting
Light Cutting
Light Cutting(Wiper)
Light Cutting
Light Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
* Please refer to page A028 before using the SW breaker (wiper insert).
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
A112
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
R/L-K TNGG160402R-K 0.2 s s a
C016─018E015E036
160402L-K 0.2 s s a
160404R-K 0.4 s s a
160404L-K 0.4 s a
160408R-K 0.8 a
160408L-K 0.8 a
MJ TNMG160404-MJ 0.4 a a a a
C016─018E015E036
160408-MJ 0.8 a a a a
160412-MJ 1.2 a s a
MP TNMG160404-MP 0.4 a a a a a a
C016─018E015E036
160408-MP 0.8 a a a a a a
160412-MP 1.2 a a a a a a
220408-MP 0.8 a a a a a
220412-MP 1.2 a a a a a
MM TNMG160408-MM 0.8 a a a
C016─018E015E036
160412-MM 1.2 a a a
220408-MM 0.8 a a a
220412-MM 1.2 a a a
220416-MM 1.6 a a a
MK TNMG160404-MK 0.4 a a
C016─018E015E036
160408-MK 0.8 a a
160412-MK 1.2 a a
MS TNMG160404-MS 0.4 a a a a a a a a a a a
C016─018E015E036
160408-MS 0.8 s s a a a a a a a a a a s a
160412-MS 1.2 s a a a a
220408-MS 0.8 s a a a s a a a
220412-MS 1.2 a
GM TNMG160404-GM 0.4 a a a
C016─018E015E036
160408-GM 0.8 a a a
160412-GM 1.2 a a a
220408-GM 0.8 a a a
220412-GM 1.2 a a a
NEW
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
TNGG 16 04 02 R-KTN60°P P P M K
=
876543210
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
FY
SWSY
MW
876543210 0.1 0.3 0.5 0.7
RP
FH
MP
LP
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Light Cutting
Light Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
WITH HOLE
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Carbon Steel · Alloy Steel (Wiper) Stainless Steel (<200HB) Cast Iron (<350MPa)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
a : Inventory maintained. s : Inventory maintained in Japan.
Flat Top
A113
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
MA TNMG160404-MA 0.4 a a a a a a a a a a a a s a
C016─018E015E036
160408-MA 0.8 a a a a a a a a a a a a a s a
160412-MA 1.2 a a a a a a a a a s a
220408-MA 0.8 a a a a a a a a a a a s
220412-MA 1.2 a a a a a a a s a a s
160416-MA 1.6 a
220416-MA 1.6 a a
270608-MA 0.8 a s a a
270612-MA 1.2 a s a a
MH TNMG160404-MH 0.4 a a a a s
C016─018E015E036
160408-MH 0.8 a a a a a a
160412-MH 1.2 a a a a a
220408-MH 0.8 a a a s a s
220412-MH 1.2 a a a s s
TNMG110304 0.4 a a a s s
C016─018E015E036
110308 0.8 s a a
160304 0.4 s s
160308 0.8 s a a s
160404 0.4 a a a a a a s a a a a s s
160408 0.8 a a a a s a a a s a a a a s a
160412 1.2 a a a a a a a
160416 1.6 a s s
220404 0.4 a a a a s s
220408 0.8 a a a a s a s s a
220412 1.2 a a a a a a
220416 1.6 a a a
270608 0.8 s
270612 1.2 s a a
270616 1.6 s s
330924 2.4 s
MW TNMX160408-MW 0.8 a a a a
C016 160412-MW 1.2 a a a a a
R/L-ES TNMG160404R-ES 0.4 a a
C016─018E015E036
160404L-ES 0.4 a a
160408R-ES 0.8 a a
160408L-ES 0.8 a a
220408R-ES 0.8 a
220408L-ES 0.8 a
*
NEWNEW
NEWNEW
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
WITH HOLE
* Please refer to page A028 before using the MW breaker (wiper insert).
Medium Cutting
Medium Cutting
Standard
Medium Cutting
Medium Cutting(Wiper)
Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
A114
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
R/L-2G TNMG160404R-2G 0.4 s
C016─018E015E036
160404L-2G 0.4 s
160408R-2G 0.8 s
160408L-2G 0.8 s
R/L TNGG110302R 0.2 s
C016─018E015E036
110302L 0.2 s s
110304R 0.4 s s
110304L 0.4 s s
110308R 0.8 s
110308L 0.8 s s
160304R 0.4 s s s
160304L 0.4 s s
160402R 0.2 s s a s s
160402L 0.2 s s a
160404R 0.4 a a a a s a
160404L 0.4 a a a a a
160408R 0.8 a a a a s a
160408L 0.8 a a a a s a
220404R 0.4 s s a
220404L 0.4 s s a
220408R 0.8 s s a
220408L 0.8 s s a
RP TNMG160408-RP 0.8 a a a
C016─018E015E036
160412-RP 1.2 a a a
220408-RP 0.8 a a a
220412-RP 1.2 a a a
220416-RP 1.6 a a a
270612-RP 1.2 s s s
270616-RP 1.6 s s s
RM TNMG160408-RM 0.8 a a a
C016─018E015E036
160412-RM 1.2 a a a
220408-RM 0.8 a a a
220412-RM 1.2 a a a
220416-RM 1.6 a a a
NEW
NEW
NEW
NEW
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
TNMG 16 04 04 R-2GTN60°P P P M K
876543210
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
FY
SWSY
MW
876543210 0.1 0.3 0.5 0.7
RP
FH
MP
LP
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Medium Cutting
Medium Cutting
Rough Cutting
Rough Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
WITH HOLE
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Carbon Steel · Alloy Steel (Wiper) Stainless Steel (<200HB) Cast Iron (<350MPa)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
a : Inventory maintained. s : Inventory maintained in Japan.
Flat Top
A115
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
RK TNMG160408-RK 0.8 a a
C016─018E015E036
160412-RK 1.2 a a
160416-RK 1.6 a a
220408-RK 0.8 a a
220412-RK 1.2 a a
220416-RK 1.6 a a
RS TNMG160408-RS 0.8 a a
C016─018E015E036
160412-RS 1.2 a a
GK TNMG160404-GK 0.4 a a
C016─018E015E036
160408-GK 0.8 a a
160412-GK 1.2 a a
GH TNMG160408-GH 0.8 a a a a a a a
C016─018E015E036
160412-GH 1.2 a a a
220408-GH 0.8 a a a a a
220412-GH 1.2 a a a a a a
220416-GH 1.6 a a
270612-GH 1.2 a s s a
270616-GH 1.6 a s
HZ TNMM160408-HZ 0.8 s a
C016─018E015E036
160412-HZ 1.2 a
220408-HZ 0.8 s a
220412-HZ 1.2 s a
220416-HZ 1.6 s a
TNMA160404 0.4 a a a a s a
C016─018E015E036
160408 0.8 a a a a a s a
160412 1.2 a a a a
160416 1.6 a a a
220404 0.4 s
220408 0.8 a a a a s a a
220412 1.2 a a a a
220416 1.6 a a a a s
TNGA110304 0.4 s
C016─018E015E036
110308 0.8 s s
160402 0.2 s a
160404 0.4 s s
160408 0.8 s
220404 0.4 a
220408 0.8 s
NEW
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
=
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
WITH HOLE
Rough Cutting
Rough Cutting
Rough Cutting
Rough Cutting
Heavy Cutting
Flat Top
Flat Top
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
A116
VNMG 16 04 02- FHVN35°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
FH VNMG160402-FH 0.2 s s s s a
C019─021E016
160404-FH 0.4 s s a a s
160408-FH 0.8 s s a a a s
FS VNMG160404-FS 0.4 s a
C019─021E016
160408-FS 0.8 s a
FJ VNGG1604V5-FJ 0.05 a a
C019─021E016
160401-FJ 0.1 a a
160402-FJ 0.2 a a
R/L-F VNGG160402R-F 0.2 s s s a
C019─021E016
160402L-F 0.2 s s s a
160404R-F 0.4 s s s a
160404L-F 0.4 s s s a
LP VNMG160404-LP 0.4 a a a a
C019─021E016
160408-LP 0.8 a a a a
LM VNMG160404-LM 0.4 a a a
C019─021E016
160408-LM 0.8 a a a
LK VNMG160404-LK 0.4 a a
C019─021E016
160408-LK 0.8 a a
NEW
NEW
P P M K
NEWNEW
NEWNEW
NEWNEW
NEWNEW
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
876543210 0.1 0.3 0.5 0.7
876543210 0.1 0.3 0.5 0.7
FH
MP
LP
MM
LMFS
LK
MK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Light Cutting
Light Cutting
Light Cutting
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB) Cast Iron (<350MPa)
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
WITH HOLE
a : Inventory maintained. s : Inventory maintained in Japan.
Flat Top
A117
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
LS VNMG160404-LS 0.4 a a a
C019─021E016
160408-LS 0.8 a a a
SH VNMG160404-SH 0.4 a s a a a a
C019─021E016
160408-SH 0.8 a s a a a s
MJ VNMG160404-MJ 0.4 a a a a
C019─021E016
160408-MJ 0.8 a a a a
160412-MJ 1.2 a s s
MJ VNGM160404-MJ 0.4 a a
C019─021E016
160408-MJ 0.8 a a
MP VNMG160404-MP 0.4 a a a a a a
C019─021E016
160408-MP 0.8 a a a a a a
160412-MP 1.2 s s s a s
MM VNMG160408-MM 0.8 a a a
C019─021E016
MK VNMG160404-MK 0.4 a a
C019─021E016
160408-MK 0.8 a a
160412-MK 1.2 a a
MS VNMG160404-MS 0.4 s a a a a a a a a a
C019─021E016
160408-MS 0.8 s a a a a a a a a s a
GM VNMG160404-GM 0.4 a a a
C019─021E016
160408-GM 0.8 a a a
NEW
NEW
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
=
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
WITH HOLE
Light Cutting
Light Cutting
Light Cutting
Light Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
A118
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
MA VNMG160404-MA 0.4 a a a a a a a a a a a a s
C019─021E016
160408-MA 0.8 a a a a s a a a a a a a a s
MH VNMG160404-MH 0.4 a a a a
C019─021E016
160408-MH 0.8 a a a a a
VNMG160404 0.4 a a a a a a s a a a a a
C019─021E016
160408 0.8 a a a a a a s a a a a a
160412 1.2 a a a s s s
R/L VNGG160404R 0.4 s a a a
C019─021E016
160404L 0.4 s a s
GK VNMG160404-GK 0.4 a a
C019─021E016
160408-GK 0.8 a a
VNGA160404 0.4 s a
C019─021E016
160408 0.8 s a
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
VNMG 16 04 04- GKVN35°P P M K
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
876543210 0.1 0.3 0.5 0.7
876543210 0.1 0.3 0.5 0.7
FH
MP
LP
MM
LMFS
LK
MK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Medium Cutting
Medium Cutting
Standard
Medium Cutting
Medium Cutting
Rough Cutting
Flat Top
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
a : Inventory maintained. s : Inventory maintained in Japan.
WITH HOLE
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB) Cast Iron (<350MPa)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Flat Top
A119
WNMG 08 04 04- FHWN80°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
FH WNMG080404-FH 0.4 s a a
C022C023E016E040
080408-FH 0.8 s a a s
FS WNMG080404-FS 0.4 s s
C022C023E016E040
080408-FS 0.8 s a
FY WNMG080404-FY 0.4 a
C022C023E016E040
080408-FY 0.8 a a a
LP WNMG060404-LP 0.4 a a a a
C022C023E016E038E040
060408-LP 0.8 a a a a
06T304-LP 0.4 a a a a
06T308-LP 0.8 a a a a
080404-LP 0.4 a a a a
080408-LP 0.8 a a a a
080412-LP 1.2 a a a
LM WNMG060404-LM 0.4 a a a
C022C023E016E040
060408-LM 0.8 a a a
080404-LM 0.4 a a a
080408-LM 0.8 a a a
LK WNMG080404-LK 0.4 a a
C022C023E016E040
080408-LK 0.8 a a
NEW
NEW
NEW
NEW
NEW
NEW
NEW
P P P M K
NEWNEW
NEWNEW
NEWNEW
NEWNEW
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
FY
SY
876543210 0.1 0.3 0.5 0.7
RP
FH
MP
LP
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
SW
MW
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
TUR
NIN
G IN
SER
TS
NEG
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Light Cutting
Light Cutting
Light Cutting
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB) Cast Iron (<350MPa)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Carbon Steel · Alloy Steel (Wiper)
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
WITH HOLE
Flat Top
A120
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
LS WNMG080404-LS 0.4 a a a
C022C023E016E040
080408-LS 0.8 a a a
SH WNMG06T304-SH 0.4 a a a
C022C023E016E038E040
06T308-SH 0.8 a a a
060404-SH 0.4 a a a
060408-SH 0.8 a a a
080404-SH 0.4 a s a a a
080408-SH 0.8 a a a a a a
080412-SH 1.2 a a s a a
SA WNMG080404-SA 0.4 a s a a
C022C023E016E040
080408-SA 0.8 a a a a
080412-SA 1.2 a a a s
SW WNMG060404-SW 0.4 a a s a a
C022C023E016E040
060408-SW 0.8 a a a a a
080404-SW 0.4 a a a s a a a
080408-SW 0.8 a a a a a a a
080412-SW 1.2 a a a a a a
SY WNMG080404-SY 0.4 a
C022C023E016E040
080408-SY 0.8 a a a a
MJ WNMG080408-MJ 0.8 a a a
C022C023E016E040
080412-MJ 1.2 a s a
080416-MJ 1.6 a a a
NEW
*
NEWNEW
NEWNEW
NEWNEW
NEWNEW
WNMG 08 04 04- LSWN80°P P P M K
=
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
FY
SY
876543210 0.1 0.3 0.5 0.7
RP
FH
MP
LP
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
SW
MW
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
* Please refer to page A028 before using the SW breaker (wiper insert).
Light Cutting
Light Cutting
Light Cutting
Light Cutting(Wiper)
Light Cutting
Light Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
WITH HOLE
TYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALS
Chip Breaker
Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Mild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB) Cast Iron (<350MPa)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Carbon Steel · Alloy Steel (Wiper)
a : Inventory maintained. s : Inventory maintained in Japan.
Flat Top
A121
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
MP WNMG06T304-MP 0.4 a a a a a
C022C023E016E038E040
06T308-MP 0.8 a a a a a
06T312-MP 1.2 a a a a a
060404-MP 0.4 a a a a a
060408-MP 0.8 a a a a a
060412-MP 1.2 a a a a a
080404-MP 0.4 a a a a a a
080408-MP 0.8 a a a a a a
080412-MP 1.2 a a a a a a
080416-MP 1.6 a a a a a
MM WNMG060408-MM 0.8 a a a
C022C023E016E040
060412-MM 1.2 a a a
080408-MM 0.8 a a a
080412-MM 1.2 a a a
MK WNMG080404-MK 0.4 a a
C022C023E016E040
080408-MK 0.8 a a
080412-MK 1.2 a a
MS WNMG06T304-MS 0.4 a s a
C022C023E016E038E040
06T308-MS 0.8 a s a
060404-MS 0.4 s a a
060408-MS 0.8 s a a
080404-MS 0.4 a s a a a a a
080408-MS 0.8 a s a a a a a a a a a a
080412-MS 1.2 s a a a a a
GM WNMG060404-GM 0.4 a a a
C022C023E016E040
060408-GM 0.8 a a a
080404-GM 0.4 a a a
080408-GM 0.8 a a a
080412-GM 1.2 a a a
MA WNMG06T304-MA 0.4 a a a
C022C023E016E038E040
06T308-MA 0.8 a a a a
06T312-MA 1.2 a a a s
060404-MA 0.4 a a a
060408-MA 0.8 a a a a a a s
060412-MA 1.2 a a a a a a s
080404-MA 0.4 a a a a a a a a a a a s a
080408-MA 0.8 a a a a a a a a a a a a a s a
080412-MA 1.2 a a a a a a a a a a a s a
080416-MA 1.6 a a a a
100612-MA 1.2 s
NEW
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
=
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
WITH HOLE
Medium Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
A122
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
MH WNMG080404-MH 0.4 a a a
C022C023E016E040
080408-MH 0.8 a a a a a a
080412-MH 1.2 a a a a a
WNMG080404 0.4 a a a a a a a a
C022C023E016E040
080408 0.8 a a a a a a s a a a
080412 1.2 a a a a a a a s s
080416 1.6 a
MW WNMG060408-MW 0.8 a a a a a a
C022C023E016E040
060412-MW 1.2 a a a a
080408-MW 0.8 a a a a a a a
080412-MW 1.2 a a a a a
RP WNMG080408-RP 0.8 a a a
C022C023E016E040
080412-RP 1.2 a a a
RM WNMG060408-RM 0.8 a a a
C022C023E016E040
060412-RM 1.2 a a a
080408-RM 0.8 a a a
080412-RM 1.2 a a a
RK WNMG080408-RK 0.8 a a
C022C023E016E040
080412-RK 1.2 a a
080416-RK 1.6 a a
RS WNMG080408-RS 0.8 a a
C022C023E016E040
080412-RS 1.2 a a
*
NEW
NEW
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
WN80°P P P M K
=
WNMG 08 04 04- MH
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
FY
SY
876543210 0.1 0.3 0.5 0.7
RP
FH
MP
LP
RM
MM
LM
876543210 0.1 0.3 0.5 0.7
SW
MW
876543210 0.1 0.3 0.5 0.7
LK
MK
RK
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.
Medium Cutting
Standard
Medium Cutting
Medium Cutting(Wiper)
Rough Cutting
Rough Cutting
Rough Cutting
Rough Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
WITH HOLE
TYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALS Finish Cutting Light Cutting Medium Cutting Rough Cutting Heavy Cutting
Mild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB) Cast Iron (<350MPa)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Carbon Steel · Alloy Steel (Wiper)
a : Inventory maintained. s : Inventory maintained in Japan.
Chip Breaker
* Please refer to page А028 before using the MW breaker (wiper insert).
Flat Top
A123
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
GK WNMG080404-GK 0.4 a a
C022C023E016E040
080408-GK 0.8 a a
080412-GK 1.2 a a
GH WNMG080408-GH 0.8 a a a a a a a a
C022C023E016E040
080412-GH 1.2 a a a a a a
GJ WNMG080408-GJ 0.8 a a a
C022C023E016E040
080412-GJ 1.2 a a a
080416-GJ 1.6 s a a
100612-GJ 1.2 a a
WNMA080404 0.4 a a a a a
C022C023E016E040
080408 0.8 a a a a a
080412 1.2 a a a a a
080416 1.6 a a a
NEW
NEWNEW
NEWNEW
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
WITH HOLE
Rough Cutting
Rough Cutting
Rough Cutting
Flat Top
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A042GRADES A030IDENTIFICATION A002
A124
KNUX 16 04 05 R-M1KN55°P P M
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
R/L-M1 KNUX160405R-M1 0.5 a a a
─ 160405L-M1 0.5 a a a
160410R-M1 1.0 a a
160410L-M1 1.0 a a
R/L-M2 KNUX160410R-M2 1.0 a
─
NEWNEW
NEWNEW
NEWNEW
NEWNEW
0.1 0.3 0.5 0.7
876543210
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
R/L R/L R/L
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.Chip Breaker
TYPE INSERTS WITHOUT HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Rough Cutting
Rough Cutting
Rough Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
WITHOUT HOLE
a : Inventory maintained. s : Inventory maintained in Japan.
A125
SNMN 12 04 08SN90°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
SNMN120408 0.8 a a s a a
─ 120412 1.2 a a s a
120416 1.6 a a
190412 1.2 a
SNGN090308 0.8 a
─ 120404 0.4 a s
120408 0.8 s
K
NEWNEW
NEWNEW
NEWNEW
NEWNEW
0.1 0.3 0.5 0.7
876543210
TUR
NIN
G IN
SER
TS
NEG
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
WITHOUT HOLE
TYPE INSERTS WITHOUT HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSCast Iron (<350MPa)
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Flat Top
Flat Top
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Heavy Cutting
CHIP BREAKERS A068GRADES A030IDENTIFICATION A002
A126
TNMN 16 03 08TN60°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UE6
035
UH
6400
MC
7015
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
MP9
005
MP9
015
MT9
015
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
UTi
20T
HTi
05T
HTi
10R
T901
0
TNMN160308 0.8 s
─
160408 0.8 a a s
160412 1.2 a a
160416 1.6 a a
160420 2.0 s
220408 0.8 a
220412 1.2 a
TNGN110304 0.4 a a
─ 110308 0.8 a
160404 0.4 a
160408 0.8 s
K
NEWNEW
NEWNEW
NEWNEW
NEWNEW
0.1 0.3 0.5 0.7
876543210
TURNING INSERTS [NEGATIVE]TU
RN
ING
INSE
RTS
NEG
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Size Thickness Corner Radius
* Please refer to page A002.D
epth
of C
ut ( m
m)
Feed (mm/rev)
Flat Top
TYPE INSERTS WITHOUT HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSCast Iron (<350MPa)
Flat Top
Flat Top
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Heavy Cutting
WITHOUT HOLE
a : Inventory maintained. s : Inventory maintained in Japan.CHIP BREAKERS A068
A127
CCMT 06 02 02- FPCC80°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
FP CCMT060202-FP 0.2 a a a aC024D008E007E031E035
060204-FP 0.4 a a a a
09T302-FP 0.2 a a a a
09T304-FP 0.4 a a a a
09T308-FP 0.8 a a a a
FM CCMT060202-FM 0.2 sC024D008E007E031E035
060204-FM 0.4 s
09T302-FM 0.2 s
09T304-FM 0.4 s
09T308-FM 0.8 s
FV CCMT060202-FV 0.2 a a a a a a aC024D008E007E031E035
060204-FV 0.4 a a a a a a a
09T302-FV 0.2 a a a a a
09T304-FV 0.4 a a a a a a
09T308-FV 0.8 a a a a a a
FJ CCGT0602V5-FJ 0.05 s
C024D008E007E031E035
060201-FJ 0.1 s
09T3V5-FJ 0.05 s
09T301-FJ 0.1 a a
09T302-FJ 0.2 a a
09T304-FJ 0.4 a a
AZ CCGT060202-AZ 0.2 a
C024D008E007E031E035
060204-AZ 0.4 a
09T302-AZ 0.2 a
09T304-AZ 0.4 a
09T308-AZ 0.8 a
120402-AZ 0.2 a
120404-AZ 0.4 a
120408-AZ 0.8 a
NEW
NEW
P P M
NEWNEW
NEWNEW
K4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
4
3
2
1
0 0.1 0.2 0.3 0.4
MK
TUR
NIN
G IN
SER
TS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Medium ─Finish Cutting
POSI 7 °WITH HOLE
CHIP BREAKERS A056GRADES A030IDENTIFICATION A002
TURNING INSERTS [POSITIVE]
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Cast Iron (<350MPa)
Heavy Cutting
A128
CCGT 03 S1 V3 L-FCC80°P P M
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
L-F CCGT03S1V3L-F 0.03 a a
E017
03S101L-F 0.1 a a
03S102L-F 0.2 a a a
03S104L-F 0.4 a a a
04T0V3L-F 0.03 a s
04T001L-F 0.1 a a
04T002L-F 0.2 a a a
04T004L-F 0.4 a a a
R/L-F CCGH060202R-F 0.2 a s s sC024D008E007E031E035
060202L-F 0.2 a s s s
060204R-F 0.4 a s s s
060204L-F 0.4 a s s s
LP CCMT060204-LP 0.4 a a a a
C024D008E007E031E035
060208-LP 0.8 a a a a
09T304-LP 0.4 a a a a
09T308-LP 0.8 a a a a
LM CCMT060204-LM 0.4 a a a
C024D008E007E031E035
060208-LM 0.8 a a a
09T304-LM 0.4 a a a
09T308-LM 0.8 a a a
SV CCMH060202-SV 0.2 a a a a a a a a
C024D008E007E031E035
060204-SV 0.4 a a a a a a a a
SW CCMT060202-SW 0.2 a a a a a sC024D008E007E031E035
060204-SW 0.4 a a a a a a s
09T302-SW 0.2 a a a s a a s
09T304-SW 0.4 a a a a a a s
NEW
NEW
*
NEWNEW
NEWNEW
K4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
4
3
2
1
0 0.1 0.2 0.3 0.4
MK
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 7 °
WITH HOLE
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
* Please refer to page A028 before using the SW breaker (wiper insert).
Finish Cutting
Finish Cutting
Light Cutting
Light Cutting
Light Cutting
Light Cutting(Wiper)
a : Inventory maintained. s : Inventory maintained in Japan.
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Cast Iron (<350MPa)
Heavy Cutting
A129
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/L-SS CCGT0602V3R-SS 0.03 s
C024D008E007E031E035
0602V3L-SS 0.03 s
060201R-SS 0.1 s
060201L-SS 0.1 s
060202R-SS 0.2 s
060202L-SS 0.2 s
09T3V3R-SS 0.03 s
09T3V3L-SS 0.03 s
09T301R-SS 0.1 s
09T301L-SS 0.1 s
09T302R-SS 0.2 s
09T302L-SS 0.2 s
MP CCMT060204-MP 0.4 a a a a
C024D008E007E031E035
060208-MP 0.8 a a a a
09T304-MP 0.4 a a a a
09T308-MP 0.8 a a a a
120404-MP 0.4 a a a a
120408-MP 0.8 a a a a
120412-MP 1.2 a a a a
MM CCMT060204-MM 0.4 a a a
C024D008E007E031E035
060208-MM 0.8 a a a
09T304-MM 0.4 a a a
09T308-MM 0.8 a a a
120404-MM 0.4 a a a
120408-MM 0.8 a a a
120412-MM 1.2 a a a
MK CCMT060204-MK 0.4 a a
C024D008E007E031E035
060208-MK 0.8 a a
09T304-MK 0.4 a a
09T308-MK 0.8 a a
120404-MK 0.4 a a
120408-MK 0.8 a a
CCMT060202 0.2 a a a a a a s a
C024D008E007E031E035
060204 0.4 a a a a a s a a a s a
060208 0.8 a a a a s s a
080302 0.2 a
080304 0.4 a a a a a s a
080308 0.8 a a a
09T302 0.2 a a a a a a s
09T304 0.4 a a a a a a s a a a s a
09T308 0.8 a a a a a a s a a a s a
120404 0.4 s a a a a a s a a a s a
120408 0.8 s a a a a a s a a a a
120412 1.2 a a a a s
NEW
NEW
NEW
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Light Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Standard
Medium Cutting
POSI 7 °WITH HOLE
CHIP BREAKERS A056GRADES A030IDENTIFICATION A002
A130
CCMH 06 02 02- MVCC80°P P M
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
MV CCMH060202-MV 0.2 a a a a a a a a a sC024D008E007E031E035
060204-MV 0.4 a a a a a a a a a a
MW CCMT060204-MW 0.4 a a a a s
C024D008E007E031E035
060208-MW 0.8 a a a a a s
09T304-MW 0.4 a a a a a s
09T308-MW 0.8 a a a a a s
120404-MW 0.4 a a a s a s
120408-MW 0.8 a a a a a s
R/L-SR CCET0602V3R-SR 0.03 s s s
C024D008E007E031E035
0602V3L-SR 0.03 s s s
060201R-SR 0.1 s s s
060201L-SR 0.1 s s s
060202R-SR 0.2 s s s
060202L-SR 0.2 s s s
060204R-SR 0.4 s s s
060204L-SR 0.4 s s s
09T3V3R-SR 0.03 s s s
09T3V3L-SR 0.03 s s s
09T301R-SR 0.1 s s s
09T301L-SR 0.1 s s s
09T302R-SR 0.2 s s s
09T302L-SR 0.2 s s s
09T304R-SR 0.4 s s s
09T304L-SR 0.4 s s s
R/L-SN CCET060200R-SN 0 s s s
C024D008E007E031E035
060200L-SN 0 s s s
0602V3R-SN 0.03 s s s
0602V3L-SN 0.03 s s s
060201R-SN 0.1 s s s
060201L-SN 0.1 s s s
060202R-SN 0.2 s s s
060202L-SN 0.2 s s s
*
NEWNEW
NEWNEW
K4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
4
3
2
1
0 0.1 0.2 0.3 0.4
MK
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 7 °
WITH HOLE
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
* Please refer to page A028 before using the MW breaker (wiper insert).
Medium Cutting
Medium Cutting(Wiper)
Medium Cutting
Medium Cutting
a : Inventory maintained. s : Inventory maintained in Japan.
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Cast Iron (<350MPa)
Heavy Cutting
A131
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/L-SN CCET060204R-SN 0.4 s s s
C024D008E007E031E035
060204L-SN 0.4 s s s
09T300R-SN 0 s s s
09T300L-SN 0 s s s
09T3V3R-SN 0.03 s s s
09T3V3L-SN 0.03 s s s
09T301R-SN 0.1 s s s
CCET09T301L-SN 0.1 s s s
09T302R-SN 0.2 s s s
09T302L-SN 0.2 s s s
09T304R-SN 0.4 s s s
09T304L-SN 0.4 s s s
R/L-SN CCGT0602V3R-SN 0.03 s
C024D008E007E031E035
060201R-SN 0.1 s
060201L-SN 0.1 s
060202R-SN 0.2 s
060202L-SN 0.2 s
09T3V3R-SN 0.03 s
09T3V3L-SN 0.03 s
09T301R-SN 0.1 s
09T301L-SN 0.1 s
09T302R-SN 0.2 s
09T302L-SN 0.2 s
09T304R-SN 0.4 s
09T304L-SN 0.4 s
R/LW-SN CCET0602V3RW-SN 0.03 sC024D008E007E031E035
0602V3LW-SN 0.03 s
09T3V3RW-SN 0.03 s
09T3V3LW-SN 0.03 s
SMG CCGT060202M-SMG 0.2 a
C024D008E007E031E035
060204M-SMG 0.4 a
CCMW060202 0.2 a
C024D008E007E031E035
060204 0.4 a a a a a a a
09T304 0.4 a a a a a a
09T308 0.8 a a a a a a
120404 0.4 a a a a a a
120408 0.8 a a a a a a
120412 1.2 a
*
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
* Please refer to page A028 before using the R/LW-SN breaker (wiper insert).
Medium Cutting
Medium Cutting
Medium Cutting(Wiper)
Medium Cutting
Flat Top
POSI 7 °WITH HOLE
CHIP BREAKERS A056GRADES A030IDENTIFICATION A002
A132
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
CCGW060200 0 aC024D008E007E031E035
0602V5 0.05 a
09T300 0 a
09T3V5 0.05 a
NEWNEW
NEWNEW
CCGW 06 02 00CC80°P P M K
4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
4
3
2
1
0 0.1 0.2 0.3 0.4
MK
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Flat Top
TYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
POSI 7 °
WITH HOLE
a : Inventory maintained. s : Inventory maintained in Japan.CHIP BREAKERS A056
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Cast Iron (<350MPa)
Heavy Cutting
A133
CPMH 08 02 02- FVCP80°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
FV CPMH080202-FV 0.2 a a a s a
E007 080204-FV 0.4 a a a s a
090302-FV 0.2 a a a s a
090304-FV 0.4 a a a s a
090308-FV 0.8 a a a s a
R/L-F CPMH080204R-F 0.4 a a s
E007 080204L-F 0.4 a a s
090304R-F 0.4 a a s
090304L-F 0.4 a a a s
R/L-F CPGT080204R-F 0.4 s
─
080204L-F 0.4 s
090302R-F 0.2 s
090302L-F 0.2 s
090304R-F 0.4 s
090304L-F 0.4 s
CPGT080202 0.2 a
─ 080204 0.4 a
090302 0.2 a
090304 0.4 a
SV CPMH080202-SV 0.2 a a a a a a a a a
E007 080204-SV 0.4 a a a a a a a a a
090302-SV 0.2 a a a a a a a a a
090304-SV 0.4 a a a a a a a a a
090308-SV 0.8 a a a a a a a a s
CPMX080204 0.4 s s
─ 080208 0.8 s s
090304 0.4 s s s s
090308 0.8 s s s s
MV CPMH080204-MV 0.4 a a a a a a a a a a
E007 080208-MV 0.8 a a a a a a a a s a
090304-MV 0.4 a a a a a a a a a a
090308-MV 0.8 a a a a a a a a a s
P P M
NEWNEW
NEWNEW
4
3
2
1
0 0.1 0.2 0.3 0.4
SVMV
FV
4
3
2
1
0 0.1 0.2 0.3 0.4
SVMV
FV
4
3
2
1
0 0.1 0.2 0.3 0.4
SVMV
FV
TUR
NIN
G IN
SER
TS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Finish Cutting
Finish Cutting
Finish Cutting
Standard
Finish Cutting
Light Cutting
Standard
Medium Cutting
Medium Cutting
CHIP BREAKERS A062GRADES A030IDENTIFICATION A002
POSI 1 1 °WITH HOLE
A134
DCMT 07 02 02- FPDC55°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
FP DCMT070202-FP 0.2 a a a a C025D009D026E009E010E030E032
070204-FP 0.4 a a a a
11T302-FP 0.2 a a a a
11T304-FP 0.4 a a a a
11T308-FP 0.8 a a a a
FM DCMT070202-FM 0.2 s C025D009D026E009E010E030E032
070204-FM 0.4 s
11T302-FM 0.2 s
11T304-FM 0.4 s
11T308-FM 0.8 s
FV DCMT070202-FV 0.2 a a a a a a a C025D009D026E009E010E030E032
070204-FV 0.4 a a a a a a a
070208-FV 0.8 a a a s a
11T302-FV 0.2 a a a s a
11T304-FV 0.4 a a a a a a a
11T308-FV 0.8 a a a a a a a
AZ DCGT070202-AZ 0.2 a C025D009D026E009E010E030E032
070204-AZ 0.4 a
11T302-AZ 0.2 a
11T304-AZ 0.4 a
11T308-AZ 0.8 a
R/L-F DCGT070202R-F 0.2 a a s
C025D009D026E009E010E030E032
070202L-F 0.2 a a s s
070204R-F 0.4 a a s
070204L-F 0.4 a a s s
11T302R-F 0.2 a a s
11T302L-F 0.2 a a s s
11T304R-F 0.4 a a s
11T304L-F 0.4 a a s s
LP DCMT070204-LP 0.4 a a a a C025D009D026E009E010E030E032
070208-LP 0.8 a a a a
11T304-LP 0.4 a a a a
11T308-LP 0.8 a a a a
NEW
NEW
NEW
P P M
NEWNEW
NEWNEW
K4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
4
3
2
1
0 0.1 0.2 0.3 0.4
MK
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 7 °
WITH HOLE
Chip BreakerTYPE INSERTS WITH HOLE
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Medium ─Finish Cutting
Finish Cutting
Light Cutting
a : Inventory maintained. s : Inventory maintained in Japan.
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Cast Iron (<350MPa)
Heavy Cutting
A135
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
LM DCMT070204-LM 0.4 a a a C025D009D026E009E010E030E032
070208-LM 0.8 a a a
11T304-LM 0.4 a a a
11T308-LM 0.8 a a a
SV DCMT070202-SV 0.2 a a a a a a a a C025
D009D026E009E010E030E032
070204-SV 0.4 a a a a a a a a a
070208-SV 0.8 a a a a a a a a s
11T302-SV 0.2 a a a s a a a a a
11T304-SV 0.4 a a a s a a a a a
11T308-SV 0.8 a a a a a a a a a
R/L-SS DCGT0702V3R-SS 0.03 s
C025D009D026E009E010E030E032
0702V3L-SS 0.03 s
070201R-SS 0.1 s
070201L-SS 0.1 s
070202R-SS 0.2 s
070202L-SS 0.2 s
11T3V3R-SS 0.03 s
11T301R-SS 0.1 s
11T302R-SS 0.2 s
MP DCMT070204-MP 0.4 a a a a C025D009D026E009E010E030E032
070208-MP 0.8 a a a a
11T304-MP 0.4 a a a a
11T308-MP 0.8 a a a a
150404-MP 0.4 a a a a
150408-MP 0.8 a a a a
MM DCMT070204-MM 0.4 a a a C025D009D026E009E010E030E032
070208-MM 0.8 a a a
11T304-MM 0.4 a a a
11T308-MM 0.8 a a a
150404-MM 0.4 a a a
150408-MM 0.8 a a a
MK DCMT11T304-MK 0.4 a a C025D009D026E009E010E030E032
11T308-MK 0.8 a a
NEW
NEW
NEW
NEW
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Light Cutting
Light Cutting
Light Cutting
Medium Cutting
Medium Cutting
Medium Cutting
POSI 7 °WITH HOLE
CHIP BREAKERS A056GRADES A030IDENTIFICATION A002
A136
DC55°P P M
DCMT 07 02 02
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
DCMT070202 0.2 a a a a a a a a
C025D009D026E009E010E030E032
070204 0.4 a a a a a s a a a a a
070208 0.8 s s a a a a s
11T302 0.2 a a a a a a a a
11T304 0.4 a a a a a a s a a a a a
11T308 0.8 a a a a a a s a a a s a
11T312 1.2 s
150404 0.4 a a a a a a a s a
150408 0.8 a a a a a a a a
150412 1.2 a
MV DCMT070202-MV 0.2 a a a a a a a a a a a C025D009D026E009E010E030E032
070204-MV 0.4 a a a a a a a a a a a
070208-MV 0.8 a a a a s a s a a a a
11T302-MV 0.2 a a a a a a a a a a a
11T304-MV 0.4 a a a a a a a a a a a
11T308-MV 0.8 a a a a a a a a a a a
R/L-SR DCET0702V3R-SR 0.03 s s s
C025D009D026E009E010E030E032
0702V3L-SR 0.03 s s s
070201R-SR 0.1 s s s
070201L-SR 0.1 s s s
070202R-SR 0.2 s s s
070202L-SR 0.2 s s s
070204R-SR 0.4 s s s
070204L-SR 0.4 s s s
11T3V3R-SR 0.03 s s s
11T3V3L-SR 0.03 s s s
11T301R-SR 0.1 s s s
11T301L-SR 0.1 s s s
11T302R-SR 0.2 s s s
11T302L-SR 0.2 s s s
11T304R-SR 0.4 s s s
11T304L-SR 0.4 s s s
NEWNEW
NEWNEW
K4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
4
3
2
1
0 0.1 0.2 0.3 0.4
MK
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 7 °
WITH HOLE
TYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Standard
Medium Cutting
Medium Cutting
Medium Cutting
a : Inventory maintained. s : Inventory maintained in Japan.
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Cast Iron (<350MPa)
Heavy Cutting
A137
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/L-SN DCET070200R-SN 0 s s s
C025D009D026E009E010E030E032
070200L-SN 0 s s s
0702V3R-SN 0.03 s s s
0702V3L-SN 0.03 s s s
070201R-SN 0.1 s s s
070201L-SN 0.1 s s s
070202R-SN 0.2 s s s
070202L-SN 0.2 s s s
070204R-SN 0.4 s s s
070204L-SN 0.4 s s s
11T300R-SN 0 s s s
11T300L-SN 0 s s s
11T3V3R-SN 0.03 s s s
11T3V3L-SN 0.03 s s s
11T301R-SN 0.1 s s s
11T301L-SN 0.1 s s s
11T302R-SN 0.2 s s s
11T302L-SN 0.2 s s s
11T304R-SN 0.4 s s s
11T304L-SN 0.4 s s s
R/L-SN DCGT0702V3R-SN 0.03 s
C025D009D026E009E010E030E032
070201R-SN 0.1 s
070202R-SN 0.2 s
070202L-SN 0.2 s
11T3V3R-SN 0.03 s
11T3V3L-SN 0.03 s
11T301R-SN 0.1 s
11T301L-SN 0.1 s
11T302R-SN 0.2 s
11T302L-SN 0.2 s
11T304R-SN 0.4 s
11T304L-SN 0.4 s
R/LW-SN DCET0702V3RW-SN 0.03 s C025D009D026E009E010E030E032
0702V3LW-SN 0.03 s
11T3V3RW-SN 0.03 s
11T3V3LW-SN 0.03 s
SMG DCGT070202M-SMG 0.2 a C025
D009D026E009E010E030E032
070204M-SMG 0.4 a
11T302M-SMG 0.2 a
11T304M-SMG 0.4 a
*
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Medium Cutting
Medium Cutting
Medium Cutting(Wiper)
Medium Cutting
* Please refer to page А028 before using the R/LW-SN breaker (wiper insert).
POSI 7 °WITH HOLE
CHIP BREAKERS A056GRADES A030IDENTIFICATION A002
A138
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
DCMW070204 0.4 a a a C025D009D026E009E010E030E032
11T304 0.4 a a a a a a
11T308 0.8 a a a a a
150404 0.4 a
150408 0.8 a
DCGW070200 0 a C025D009D026E009E010E030E032
0702V5 0.05 a
11T300 0 s
11T3V5 0.05 a
11T304 0.4 a
NEWNEW
NEWNEW
DC55°P P M
DCMW 07 02 04
K4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
4
3
2
1
0 0.1 0.2 0.3 0.4
MK
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
a : Inventory maintained. s : Inventory maintained in Japan.
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Flat Top
Flat Top
POSI 7 °
WITH HOLE
TYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
CHIP BREAKERS A056
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Cast Iron (<350MPa)
Heavy Cutting
A139
DEGX 15 04 02 L-FDE55°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/L-F DEGX150402L-F 0.2 a
C033 150404R-F 0.4 s
150404L-F 0.4 s
R/L DEGX150402R 0.2 a
C033 150402L 0.2 a
150404R 0.4 a
150404L 0.4 a
N
NEWNEW
NEWNEW
4
3
2
1
0 0.1 0.2 0.3 0.4
R/L-F
R/L
TUR
NIN
G IN
SER
TS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Chip BreakerTYPE INSERTS WITH HOLE
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP CONTROL RANGE FOR WORK MATERIALSAluminium Alloy
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Finish Cutting Medium Cutting
Finish Cutting(For Aluminium Alloy)
Medium Cutting(For Aluminium Alloy)
WITH HOLE
POSI 20°
CHIP BREAKERS A066GRADES A030IDENTIFICATION A002
A140
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
AZ RCGT0803M0-AZ - a
C027 10T3M0-AZ - a
RCMT0602M0 - a a a a a
C027 0803M0 - a a a a a a
RCMX1003M0 - a s a a s s a
C026H012
1204M0 - a a s a a a s a a a a
1606M0 - a a a a a a a a
2006M0 - a a a a a
2507M0 - a a a
3209M0 - a a a
RR RCMX1606M0-RR - a a a a
─ 2006M0-RR - a a a a
2507M0-RR - a a a a
3209M0-RR - a a
RCGT 08 03 M0- AZRCP P M
NEWNEW
NEWNEW
876543210
876543210
8765432100.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7 0.1 0.3 0.5 0.7
RR
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 7 °
WITH HOLE
a : Inventory maintained. s : Inventory maintained in Japan.
Finish ─Medium Cutting
Standard
Medium Cutting
Standard
Medium Cutting
Heavy Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Medium Cutting
Standard Standard Standard
Heavy Cutting
A141
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
FP SCMT09T304-FP 0.4 a a a a
C028E034
09T308-FP 0.8 a a a a
FM SCMT09T304-FM 0.4 s
C028E034
09T308-FM 0.8 s
FV SCMT09T304-FV 0.4 a a a a a s
C028E034
LP SCMT09T304-LP 0.4 a a a a
C028E034
09T308-LP 0.8 a a a a
LM SCMT09T304-LM 0.4 a a a
C028E034
09T308-LM 0.8 a a a
MP SCMT09T304-MP 0.4 a a a a
C028E034
09T308-MP 0.8 a a a a
120404-MP 0.4 a a a a
120408-MP 0.8 a a a a
MM SCMT09T304-MM 0.4 a a a
C028E034
09T308-MM 0.8 a a a
120404-MM 0.4 a a a
120408-MM 0.8 a a a
NEW
NEW
NEW
NEW
NEW
NEW
SCMT 09 T3 04- FPSC90°P P
NEWNEW
NEWNEW
M K4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
4
3
2
1
0 0.1 0.2 0.3 0.4
MK
TUR
NIN
G IN
SER
TS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Finish Cutting
Finish Cutting
Finish Cutting
Light Cutting
Light Cutting
Medium Cutting
Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
POSI 7 °WITH HOLE
CHIP BREAKERS A056GRADES A030IDENTIFICATION A002
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Cast Iron (<350MPa)
Heavy Cutting
A142
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
MK SCMT09T304-MK 0.4 a a
C028E034
09T308-MK 0.8 a a
120408-MK 0.8 a a
SCMT09T304 0.4 a a a a a a a a s a
C028E034
09T308 0.8 a a a a a a a a s a
120404 0.4 a a a a a a a a
120408 0.8 a a a a a a a a s a
120412 1.2 a
SCMW09T304 0.4 a a a a a
C028E034
09T308 0.8 a a a a
120408 0.8 a a a a
NEW
NEWNEW
NEWNEW
SCMT 09 T3 04- MKSC90°P P M K
4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
4
3
2
1
0 0.1 0.2 0.3 0.4
MK
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
a : Inventory maintained. s : Inventory maintained in Japan.
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Medium Cutting
Standard
Medium Cutting
Flat Top
Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
POSI 7 °
WITH HOLE
CHIP BREAKERS A056
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Cast Iron (<350MPa)
Heavy Cutting
A143
SPMT 09 03 04SP90°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
SPMT090304 0.4 s
─ 090308 0.8 s
120308 0.8 a s
SPMW090304 0.4 a a a a
─ 090308 0.8 a a a a
120304 0.4 a a a a
120308 0.8 a a a a
SPGX090304 0.4 s s
─ 090308 0.8 s
120304 0.4 s
120308 0.8 s
P P M
NEWNEW
NEWNEW
4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
TUR
NIN
G IN
SER
TS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
TYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Medium Cutting
Standard Standard Standard
Standard
Medium Cutting
Flat Top
Flat Top
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A062GRADES A030IDENTIFICATION A002
POSI 1 1 °WITH HOLE
A144
TCMT 09 02 02- FPTC60°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
FP TCMT090202-FP 0.2 a a a a
C029E029
090204-FP 0.4 a a a a
110202-FP 0.2 a a a a
110204-FP 0.4 a a a a
16T304-FP 0.4 a a a a
FM TCMT090202-FM 0.2 s
C029E029
090204-FM 0.4 s
110202-FM 0.2 s
110204-FM 0.4 s
16T304-FM 0.4 s
FV TCMT110204-FV 0.4 a a a a a a
C029E029
16T304-FV 0.4 a a a a a
AZ TCGT110202-AZ 0.2 a
C029E029
110204-AZ 0.4 a
110208-AZ 0.8 a
16T302-AZ 0.2 a
16T304-AZ 0.4 a
16T308-AZ 0.8 a
R/L-F TCGT0601V3L-F 0.03 s
E018
060101L-F 0.1 s a
060102R-F 0.2 s s s
060102L-F 0.2 s a s
060104R-F 0.4 a s
060104L-F 0.4 s a s
LP TCMT090204-LP 0.4 a a a a
C029E029
090208-LP 0.8 a a a a
110204-LP 0.4 a a a a
110208-LP 0.8 a a a a
16T304-LP 0.4 a a a a
16T308-LP 0.8 a a a a
NEW
NEW
NEW
P P M
NEWNEW
NEWNEW
K4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
4
3
2
1
0 0.1 0.2 0.3 0.4
MK
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 7 °
WITH HOLE
Finish Cutting
Finish Cutting
Finish Cutting
Finish ─Medium Cutting
Finish Cutting
Light Cutting
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Finish Cutting Light Cutting Medium Cutting
a : Inventory maintained. s : Inventory maintained in Japan.
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Cast Iron (<350MPa)
Heavy Cutting
A145
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
LM TCMT090204-LM 0.4 a a a
C029E029
090208-LM 0.8 a a a
110204-LM 0.4 a a a
110208-LM 0.8 a a a
16T304-LM 0.4 a a a
16T308-LM 0.8 a a a
MP TCMT090204-MP 0.4 a a a a
C029E029
090208-MP 0.8 a a a a
110204-MP 0.4 a a a a
110208-MP 0.8 a a a a
130304-MP 0.4 a a a a
16T304-MP 0.4 a a a a
16T308-MP 0.8 a a a a
16T312-MP 1.2 a a a a
MM TCMT090204-MM 0.4 a a a
C029E029
090208-MM 0.8 a a a
110204-MM 0.4 a a a
110208-MM 0.8 a a a
130304-MM 0.4 a a a
16T304-MM 0.4 a a a
16T308-MM 0.8 a a a
16T312-MM 1.2 a a a
MK TCMT16T304-MK 0.4 a a
C029E029
16T308-MK 0.8 a a
TCMW110204 0.4 a a a
C029E029
130304 0.4 s
16T304 0.4 a a a a a
16T308 0.8 a a a a a
TCMT080204 0.4 a a a
C029E029
090204 0.4 a s s a a a a a
110202 0.2 a s a s a a a s
110204 0.4 s a a a a s a a a s a
110208 0.8 s s s a
130302 0.2 a s
130304 0.4 a a a a
16T304 0.4 a a a a a s a a a s a
16T308 0.8 a a a a a s a a a s a
16T312 1.2 a
NEW
NEW
NEW
NEW
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Light Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Flat Top
Standard
Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
POSI 7 °WITH HOLE
CHIP BREAKERS A056GRADES A030IDENTIFICATION A002
A146
TEGX 16 03 02 RTE60°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/L TEGX160302R 0.2 a
C034E041
160302L 0.2 a
160304R 0.4 a
160304L 0.4 a
N
NEWNEW
NEWNEW
4
3
2
1
0 0.1 0.2 0.3 0.4
R/L
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSAluminium Alloy
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Medium Cutting
Medium Cutting(For Aluminium Alloy)
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
a : Inventory maintained. s : Inventory maintained in Japan.CHIP BREAKERS A066
POSI 20°WITH HOLE
A147
TPMH 08 02 02- FVTP60°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
FV TPMH080202-FV 0.2 a a a s a
E008
080204-FV 0.4 a a a s a
090202-FV 0.2 a a a s a
090204-FV 0.4 a a a s a
110302-FV 0.2 a a a s a
110304-FV 0.4 a a a s a
110308-FV 0.8 a a a s a
160302-FV 0.2 a a a s a
160304-FV 0.4 a a a s a
160308-FV 0.8 a a a s a
R/L-FS TPGH080202R-FS 0.2 a s s
E008
080202L-FS 0.2 a s a a s
080204R-FS 0.4 a s s
080204L-FS 0.4 a s a a s
090202R-FS 0.2 a s s
090202L-FS 0.2 a s a a s
090204R-FS 0.4 a s s
090204L-FS 0.4 a s a a s
110302R-FS 0.2 a s s
110302L-FS 0.2 a s a a s
110304R-FS 0.4 a s s
110304L-FS 0.4 a s a a s
160304R-FS 0.4 a s s
160304L-FS 0.4 a s a s
160308R-FS 0.8 a s s
160308L-FS 0.8 a s a s
R/L TPGX080202R 0.2 a
E026
080202L 0.2 a a a
080204R 0.4 a a
080204L 0.4 a a a a
090202R 0.2 a
090202L 0.2 a a a
090204R 0.4 a a
090204L 0.4 a a a a
090208R 0.8 s
090208L 0.8 a a
P P M
NEWNEW
NEWNEW
4
3
2
1
0 0.1 0.2 0.3 0.4
SVMV
FV
4
3
2
1
0 0.1 0.2 0.3 0.4
SVMV
FV
4
3
2
1
0 0.1 0.2 0.3 0.4
SVMV
FV
TUR
NIN
G IN
SER
TS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 1 1 °WITH HOLE
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Finish Cutting
Finish Cutting
Finish Cutting
CHIP BREAKERS A062GRADES A030IDENTIFICATION A002
A148
TPGX 11 03 02 L
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/L TPGX110302L 0.2 a a a
E026 110304R 0.4 a a a
110304L 0.4 a a a a
110308R 0.8 s s
110308L 0.8 s a a s a
L TPMX090204L 0.4 s
E026 110304L 0.4 s
SV TPMH080202-SV 0.2 a a a a a a a a
E008
080204-SV 0.4 a a a a a a a a a
090202-SV 0.2 a a a a a a a a
090204-SV 0.4 a a a a a a a a a
110302-SV 0.2 a a s a a a a a s
110304-SV 0.4 a a a a a a a a a
110308-SV 0.8 a a s a a s a a a
160302-SV 0.2 s a a a a s a a a
160304-SV 0.4 a a a s a s a a a
160308-SV 0.8 a a s s a a a a a
TPMX110304 0.4 s s a
E026 110308 0.8 s s a
MV TPMH080202-MV 0.2 a a a a s a a a
E008
080204-MV 0.4 a a a a a a a a s a
090202-MV 0.2 a a a a a a a a
090204-MV 0.4 a a a a a a a a a a
090208-MV 0.8 a a a a a
110302-MV 0.2 a a a s s a a a s s
110304-MV 0.4 a a a a a a a a s s
110308-MV 0.8 a a a a a a a a s a
160304-MV 0.4 a a a a a s a a s a
160308-MV 0.8 a a s a a a a a s a
TP60°P P M
NEWNEW
NEWNEW
4
3
2
1
0 0.1 0.2 0.3 0.4
SVMV
FV
4
3
2
1
0 0.1 0.2 0.3 0.4
SVMV
FV
4
3
2
1
0 0.1 0.2 0.3 0.4
SVMV
FV
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 1 1 °WITH HOLE
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Finish Cutting
Finish Cutting
Light Cutting
Standard
Medium Cutting
Medium Cutting
a : Inventory maintained. s : Inventory maintained in Japan.
A149
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
TPGX080202 0.2 a
E026
080204 0.4 s a a a
080208 0.8 s s
090202 0.2 a
090204 0.4 s a a a
090208 0.8 s a a s
110302 0.2 a
110304 0.4 s a a s a
110308 0.8 s a a s a
160304 0.4 a a a
160308 0.8 s a
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 1 1 °WITH HOLE
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Flat Top
CHIP BREAKERS A062GRADES A030IDENTIFICATION A002
A150
VBMT 11 03 02- FPVB35°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
FP VBMT110302-FP 0.2 a a a aD010D011E012E013H013
110304-FP 0.4 a a a a
110308-FP 0.8 a a a a
160404-FP 0.4 a a a a
160408-FP 0.8 a a a a
FM VBMT110302-FM 0.2 sD010D011E012E013H013
110304-FM 0.4 s
110308-FM 0.8 s
160404-FM 0.4 s
160408-FM 0.8 s
FV VBMT110304-FV 0.4 a a a s aD010D011E012E013H013
110308-FV 0.8 a a a s a
160404-FV 0.4 a a a s a
160408-FV 0.8 a a a s a
R/L-F VBGT110302R-F 0.2 a s a s s
D010D011E012E013H013
110302L-F 0.2 a s a s s
110304R-F 0.4 a s s s
110304L-F 0.4 a s s s
160402R-F 0.2 a s s s
160402L-F 0.2 a s s s
160404R-F 0.4 a s s s
160404L-F 0.4 a s s s
LP VBMT110304-LP 0.4 a a a aD010D011E012E013H013
110308-LP 0.8 a a a a
160404-LP 0.4 a a a a
160408-LP 0.8 a a a a
LM VBMT110304-LM 0.4 a a a
D010D011E012E013H013
110308-LM 0.8 a a a
160404-LM 0.4 a a a
160408-LM 0.8 a a a
NEW
NEW
NEW
NEW
P P M
NEWNEW
NEWNEW
4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 5 °
WITH HOLE
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Light Cutting
Light Cutting
a : Inventory maintained. s : Inventory maintained in Japan.
Finish Cutting Light Cutting Medium Cutting
A151
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
SV VBMT110304-SV 0.4 a a a aD010D011E012E013H013
110308-SV 0.8 a a a a
160404-SV 0.4 a a a a
160408-SV 0.8 a a a a
MP VBMT160404-MP 0.4 a a a a
E012H013
160408-MP 0.8 a a a a
MM VBMT160404-MM 0.4 a a a
E012H013
160408-MM 0.8 a a a
VBMT160404 0.4 a
E012H013
160408 0.8 a
MV VBMT110304-MV 0.4 a a a a a a a a a aD010D011E012E013H013
110308-MV 0.8 a a a s a a a a a a
160404-MV 0.4 a a a a a a a a a a a a
160408-MV 0.8 a a a a a a a a a a a a
R/L-SR VBET1103V3R-SR 0.03 s s s
D010D011E012E013
1103V3L-SR 0.03 s s s
110301R-SR 0.1 s s s
110301L-SR 0.1 s s s
110302R-SR 0.2 s s s
110302L-SR 0.2 s s s
110304R-SR 0.4 s s s
110304L-SR 0.4 s s s
R/L-SN VBET110300R-SN 0 s s s
D010D011E012E013
110300L-SN 0 s s s
1103V3R-SN 0.03 s s s
1103V3L-SN 0.03 s s s
110301R-SN 0.1 a s s
110301L-SN 0.1 s s s
110302R-SN 0.2 a s s
110302L-SN 0.2 s s s
110304R-SN 0.4 s s s
110304L-SN 0.4 s s s
NEW
NEW
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 5 °WITH HOLE
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Light Cutting
Medium Cutting
Medium Cutting
Standard
Medium Cutting
Medium Cutting
Medium Cutting
Medium Cutting
CHIP BREAKERS A052GRADES A030IDENTIFICATION A002
A152
VBET 11 03 V3 RW- SNVB35°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/LW-SN VBET1103V3RW-SN 0.03 s
D010D011E012E013
1103V3LW-SN 0.03 s
*
P P M
NEWNEW
NEWNEW
4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 5 °
WITH HOLE
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Medium Cutting(Wiper)
a : Inventory maintained. s : Inventory maintained in Japan.
Finish Cutting Light Cutting Medium Cutting
* Please refer to page A028 before using the R/LW-SN breaker (wiper insert).
CHIP BREAKERS A052
A153
VCMT 11 03 02- FPVC35°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
FP VCMT110302-FP 0.2 a a a a
C030C031E033E034
110304-FP 0.4 a a a a
160404-FP 0.4 a a a a
160408-FP 0.8 a a a a
FM VCMT110302-FM 0.2 s
C030C031E033E034
110304-FM 0.4 s
160404-FM 0.4 s
160408-FM 0.8 s
FV VCMT080202-FV 0.2 a a a s a C030
C031E012E013E033E034
080204-FV 0.4 a a a s a
160404-FV 0.4 a a a a a a
160408-FV 0.8 a a a a a a
AZ VCGT160404-AZ 0.4 a
C030C031E033E034
160408-AZ 0.8 a
160412-AZ 1.2 a
R/L-F VCGT080202R-F 0.2 a s s s
E012E013
080202L-F 0.2 a a s s
080204R-F 0.4 a s s s
080204L-F 0.4 a s s s
LP VCMT110304-LP 0.4 a a a a
C030C031E033E034
110308-LP 0.8 a a a a
160404-LP 0.4 a a a a
160408-LP 0.8 a a a a
LM VCMT110304-LM 0.4 a a a
C030C031E033E034
110308-LM 0.8 a a a
160404-LM 0.4 a a a
160408-LM 0.8 a a a
NEW
NEW
NEW
NEW
P P M
NEWNEW
NEWNEW
K4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
4
3
2
1
0 0.1 0.2 0.3 0.4
MK
TUR
NIN
G IN
SER
TS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Chip BreakerTYPE INSERTS WITH HOLE
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Finish Cutting
Light Cutting
Light Cutting
POSI 7 °WITH HOLE
CHIP BREAKERS A056GRADES A030IDENTIFICATION A002
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Cast Iron (<350MPa)
Heavy Cutting
A154
VCMT 08 02 02- SVVC35°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
SV VCMT080202-SV 0.2 a a a a
E012E013
080204-SV 0.4 a a a a
MP VCMT160404-MP 0.4 a a a a
C030C031E033E034
160408-MP 0.8 a a a a
160412-MP 1.2 a a a a
MM VCMT160404-MM 0.4 a a a
C030C031E033E034
160408-MM 0.8 a a a
160412-MM 1.2 a a a
MK VCMT160404-MK 0.4 a a
C030C031E033E034
160408-MK 0.8 a a
VCMT110304 0.4 a a a s a a a s a s
C030C031E033E034
160404 0.4 a a a a a a s a a a s a s
160408 0.8 a a a a a s a a a s a
160412 1.2 a s a a a a a
MV VCMT080202-MV 0.2 a a a a a a a a a s
E012E013
080204-MV 0.4 a a a a a a a a a a
VCMW110304 0.4 a a a
C030C031E033E034
160404 0.4 a a a
160408 0.8 a a a
NEW
NEW
NEW
P P M
NEWNEW
NEWNEW
K4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MMMPMP
LMLPLP
FMFPFP
4
3
2
1
0 0.1 0.2 0.3 0.4
MK
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Chip BreakerTYPE INSERTS WITH HOLE
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Light Cutting Medium Cutting
Light Cutting
Medium Cutting
Medium Cutting
Medium Cutting
Standard
Medium Cutting
Medium Cutting
Flat Top
POSI 7 °
WITH HOLE
a : Inventory maintained. s : Inventory maintained in Japan.CHIP BREAKERS A056
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Flat Top
Cast Iron (<350MPa)
Heavy Cutting
A155
VDGX 16 03 02 RVD35°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/L VDGX160302R 0.2 a
C035 160302L 0.2 a
160304R 0.4 a
160304L 0.4 a
N
NEWNEW
NEWNEW
4
3
2
1
0 0.1 0.2 0.3 0.4
R/L
TUR
NIN
G IN
SER
TS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 1 5°WITH HOLE
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSAluminium Alloy
Dep
th o
f Cut
( mm
)
Feed (mm/rev)
Medium Cutting
Medium Cutting(For Aluminium)
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A066GRADES A030IDENTIFICATION A002
A156
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/L-SRF VPET080201R-SRF 0.1 s
D010D011
080201L-SRF 0.1 s
080202R-SRF 0.2 s
080202L-SRF 0.2 s
1103V3R-SRF 0.03 s
1103V3L-SRF 0.03 s
110301R-SRF 0.1 s
110301L-SRF 0.1 s
110302R-SRF 0.2 s
110302L-SRF 0.2 s
SMG VPGT080201M-SMG 0.1 s
D010D011
080202M-SMG 0.2 s
110301M-SMG 0.1 s
110302M-SMG 0.2 s
VPET 08 02 01 R-SRFVP35°P P M
NEWNEW
NEWNEW
4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
SMG SMG SMG
SRF SRF SRF
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 1 1 °WITH HOLE
TYPE INSERTS WITH HOLE Chip Breaker
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A062
Finish Cutting
Medium Cutting
a : Inventory maintained. s : Inventory maintained in Japan.
A157
WBGT 02 01 V3 L-FWB80°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/L-F WBGT0201V3L-F 0.03 s s
E011E017
020101L-F 0.1 s a
020102L-F 0.2 s a a
020104L-F 0.4 s a a
L302V3L-F 0.03 a a
L30201L-F 0.1 s s
L30202R-F 0.2 a s
L30202L-F 0.2 a a a
L30204R-F 0.4 a s
L30204L-F 0.4 a a a
R/L-MV WBMTL30202R-MV 0.2 a a s a s a a a
E011E017
L30202L-MV 0.2 s a s a a a a a
L30204R-MV 0.4 s a a s s a a a
L30204L-MV 0.4 a a a a s a a a
P P M
NEWNEW
NEWNEW
4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
MV MV MV
R/L-F R/L-F R/L-F
TUR
NIN
G IN
SER
TS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 5 °WITH HOLE
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Medium Cutting
Finish Cutting
Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A052GRADES A030IDENTIFICATION A002
A158
WCGT 02 01 02 RWC80°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/L WCGT020102R 0.2 a
E028
020102L 0.2 a a
020104R 0.4 s
020104L 0.4 a a
L30202L 0.2 a
L30204L 0.4 a
WCMT020102 0.2 s s a a a a s a
E028
020104 0.4 s s a a a a s a
L30202 0.2 s a a a a s a
L30204 0.4 s a a a a s a
040202 0.2 s s a a a a s a
040204 0.4 s s a a a a s a
040208 0.8 s
06T304 0.4 s s a a a a s a
06T308 0.8 s s a a a a s a
P P M
NEWNEW
NEWNEW
4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 7 °
WITH HOLE
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Medium Cutting
Standard Standard Standard
Finish Cutting
Standard
Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
a : Inventory maintained. s : Inventory maintained in Japan.CHIP BREAKERS A056
A159
WPGT 04 02 04 R-FSWP80°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/L-FS WPGT040204R-FS 0.4 a s
E011 040204L-FS 0.4 a s
060304R-FS 0.4 a s
060304L-FS 0.4 a s
MV WPMT040202-MV 0.2 a a s a a a a a
E011 040204-MV 0.4 a a a a a a a a s
060304-MV 0.4 a a a a a a a a
060308-MV 0.8 a a a a a s a a s
P P M
NEWNEW
NEWNEW
4
3
2
1
0
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
R/L-FS R/L-FS R/L-FS
MV MV MV
TUR
NIN
G IN
SER
TS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 1 1 °WITH HOLE
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB) Stainless Steel (<200HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev) Feed (mm/rev)
Finish Cutting Medium Cutting
Finish Cutting
Medium Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A062GRADES A030IDENTIFICATION A002
A160
XCMT 15 03 02- SVXXC25°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
SVX XCMT150302-SVX 0.2 a
C032 150304-SVX 0.4 a a
150308-SVX 0.8 a a
P P
NEWNEW
NEWNEW
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
SVX SVX
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 7 °
WITH HOLE
Chip BreakerTYPE INSERTS WITH HOLE
CHIP CONTROL RANGE FOR WORK MATERIALSMild Steel Carbon Steel · Alloy Steel (180─280HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev)
Light Cutting
Light Cutting
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
a : Inventory maintained.CHIP BREAKERS A056
A161
RTGPMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
RTG05A - a a
C036 06A - a a
07A - a
08A - a a
10A - a a
NEWNEW
NEWNEW
TUR
NIN
G IN
SER
TS
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 6 °WITHOUT HOLE
TYPE INSERTS WITHOUT HOLE
Special Purpose(For TL Holder)
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
CHIP BREAKERS A069GRADES A030IDENTIFICATION A002
A162
P P
SPMR 09 03 04SP90°
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
SPMR090304 0.4 a s s s a
─ 090308 0.8 a s a a a
120304 0.4 a s a a a
120308 0.8 a s a a a
SPMR120308-80 0.4 a
─ SPMN090304 0.4 s a s
─
090308 0.8 a s a a
120304 0.4 a s a a
120304T 0.4 a
120308 0.8 a a a s s a a
120312 1.2 a s s a a
120408 0.8 a s
120412 1.2 s
150408 0.8 a
150412 1.2 a
190404 0.4 a
190408 0.8 a
190412 1.2 a
SPGN090304 0.4 a s s
─
090308 0.8 a
120304 0.4 a a a
120308 0.8 s a a a
120312 1.2 s
120404 0.4 s
120408 0.8 a s
150404 0.4 a
150408 0.8 s
NEWNEW
NEWNEW
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
Mild Steel Carbon Steel · Alloy Steel (180─280HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev)
CHIP CONTROL RANGE FOR WORK MATERIALS Medium Cutting
POSI 1 1 °
WITHOUT HOLE
TYPE INSERTS WITHOUT HOLE
Standard Standard
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Standard
Light to Medium Cutting
80Breaker
Light to Medium Cutting
Flat Top
Flat Top
a : Inventory maintained. s : Inventory maintained in Japan.
A163
TPGR 11 03 04 R
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
R/L TPGR110304R 0.4 a a
E027
110304L 0.4 a a a
160304R 0.4 a a s
160304L 0.4 a a a
160308R 0.8 a
160308L 0.8 a a a
TPMR090202 0.2 a a
E027
090204 0.4 a a a
090208 0.8 a
110302 0.2 a a a
110304 0.4 a s a a a
110308 0.8 a s a a a
160304 0.4 a s a a a
160308 0.8 a s a s a
160312 1.2 a s a
TPMR110304-80 0.4 a a
E027 110308-80 0.8 a
160304-80 0.4 a
160308-80 0.8 a
TPMN110208 0.8 a
E027
110304 0.4 a a a a a a a
110308 0.8 s a a s a a
160304 0.4 a a a s s a a a
160308 0.8 a a a s a a a s a
160312 1.2 s s a a s
160320 2.0 a
220404 0.4 s a
220408 0.8 s s s a a a
220408T 0.8 a
220412 1.2 s s a a
TP60°P P
NEWNEW
NEWNEW
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
R/L R/L
TUR
NIN
G IN
SER
TS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 1 1°WITHOUT HOLE
Chip BreakerTYPE INSERTS WITHOUT HOLE
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Mild Steel Carbon Steel · Alloy Steel (180─280HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev)
CHIP CONTROL RANGE FOR WORK MATERIALS Finish Cutting Medium Cutting
Standard Standard
Finish Cutting
Standard
Light to Medium Cutting
80Breaker
Light to Medium Cutting
Flat Top
CHIP BREAKERS A068GRADES A030IDENTIFICATION A002
A164
PMKNS
Re
UE6
105
UE6
110
UE6
020
MC
6025
UH
6400
MC
7025
MP7
035
US7
020
US7
35U
S905
MC
5005
MC
5015
UC
5105
UC
5115
VP05
RT
VP10
RT
VP15
TFU
P20M
NX2
525
NX3
035
MP3
025
AP2
5NVP
25N
VP45
NU
Ti20
TH
Ti05
TH
Ti10
RT9
010
TPGN110302 0.2 s
E027
110304 0.4 s a s a
110308 0.8 s a
160302 0.2 a
160304 0.4 s s s s a
160308 0.8 s s s s a
160312 1.2 a
160316 1.6 s
220404 0.4 s a
220408 0.8 s a
TP60°P P
TPGN 11 03 02
NEWNEW
NEWNEW
4
3
2
1
0
4
3
2
1
00.1 0.2 0.3 0.4 0.1 0.2 0.3 0.4
R/L R/L
TURNING INSERTS [POSITIVE]TU
RN
ING
INSE
RTS
Size Thickness Corner Radius
* Please refer to page A002.
Cutting Conditions (Guide) : : Stable Cutting : General Cutting : Unstable Cutting
POSI 1 1°
WITHOUT HOLE
TYPE INSERTS WITHOUT HOLE
Work Material
SteelStainless SteelCast IronNon-ferrous MetalHeat-resistant Alloy, Titanium Alloy
Shape Order Number
Corner R Coated Cermet Coated Cermet Carbide
App
licab
le
Hol
der P
age
(mm)
Mild Steel Carbon Steel · Alloy Steel (180─280HB)
Dep
th o
f Cut
( mm
)
Dep
th o
f Cut
( mm
)
Feed (mm/rev) Feed (mm/rev)
CHIP CONTROL RANGE FOR WORK MATERIALS Finish Cutting Medium Cutting
Standard Standard
Flat Top
a : Inventory maintained. s : Inventory maintained in Japan.CHIP BREAKERS A068GRADES A030IDENTIFICATION A002
A165
Memo