groove milling - vargus
TRANSCRIPT
High Precision Tools for Groove Milling Groove Milling
INCH
I n n o v a t i v e G r o o v i n g & Tu r n i n g S o l u t i o n s
2
See it in action
Groove MillingHigh Precision Tools for Groove Milling
GM SolidSolid Carbide Groove Milling tools, for miniature and small bore diameters
• Min. bore diameter .236 inch• 4 flutes• Width of groove .027-.078 inch • Depth of groove max .059 inch
Ø .118-.393 inch
Available in a variety of grooving profiles: • Square Grooving• Round Grooving• DIN 472/471
Ø .315-.630 inch
Mini-VIndexable tool with 1 cutting corner for milling applications with miniature and small bore diameters
GM SlotGroove Milling tool with 3 corner indexable inserts for internal and external grooving, threading and chamfering applications
• Min. bore diameter .500 inch• 3 flutes• Width of groove .027-.203 inch• Depth of groove max .127 inch
• Min. bore diameter 1.900 inch• Long overhang• Width of groove .049-.157 inch• Depth of groove max .137 inch
SGMShallow Groove Milling, for shallow groove milling applications
3
GM SOLID GM Solid Ordering Code System Page 4 GM Solid - Square Grooving Page 5 GM Solid - Chamfering Page 5 GM Solid Groove Milling Technical Data Page 6
MINI - V Mini-V Ordering Code System Page 7 Grooving Page 8 Grooving DIN 472 Page 9 Grooving with R Page 10 Grooving DIN 7993 - Round Partial Page 11 Toolholder - Carbide Shank with Alloy Steel Head Page 12 Toolholder - Alloy Steel Shank Page 12 Mini-V Groove Milling Technical Data Page 13
GM SLOT GM Slot Ordering Code System Page 14 GM Slot - Square Grooving Page 15 GM Slot - Round Grooving Page 16 GM Slot - Chamfering Page 17 GM Slot Holder - Carbide Cylindrical Shank for Groove Milling Application Page 18 GM Slot Holder - Weldon Shank for Groove & Thread Milling Application Page 19 GM Slot Groove Milling Technical Data Page 20
SGM SGM Ordering Code System Page 21 Circlip Non Standard Page 22 Circlip DIN 471/472 Page 23 O Ring DIN 3770 Page 23 O Ring BS 1806, DIN 3601, DIN 3771 Page 24 O Ring BS 4518 Page 24 SGM Toolholders - Multi Insert Holders Page 25 SGM Groove Milling Technical Data Page 27
GROOVE MILLING CATALOG
4
GM Solid Ordering Code System
G1
S2
43
C4
0705
66
87
1 - Product Line
G - Grooving
2 - Type
Solid
5 - Groove Width (inch)
070 - .028080 - .031090 - .035100 - .039150 - .059200 - .079
3 - Number of Flutes
4 - Four flutes6 - Six flutes
4 - Cooling
C - CoolingNone - Without Cooling
6 - Shank Diameter (inch)
06 - .23608 - .31510 - .394
7 - Groove Depth (inch)
08 -.03112 -.04715 -.059
8 - Overhang Length (inch)
L15 - .591L25 - .984L35 - 1.378
9 - Radius Groove Width Length
R00 - None
10 - Carbide Grade Width Length
VTH
L158
R009
VTH10
Square Grooving
G1
M2
43
CH4
1 - Product Line
G - Grooving
2 - Type
Milling
4 - Profile
CH - Chamfering
3 - Number of Flutes
4 - Four flutes
5 - Angle of Chamfering
90
6 - Shank Diameter (inch)
030 - .118040 - .157050 - .196060 - .236080 - .315
7 - Max. Chamfer Size (inch)
06 - .02412 - .047
8 - Overhang Length (inch)
L15 - .591L25 - .984L35 - 1.378
9 - Carbide Grade
VTH
905
0606
067
L158
VTH9
Chamfering
GM Solid
For Miniature and Small Bore Diameters
5
Width of Groove Depth of Cut Ordering Code Dimensions (inch)
W +/-.0012 inch T max inch D2 Dh6 L L2 No. of Flutes.028
.031
GS4C 0700608-L15R00 VTH
.232 .236 2.283 .591 4
.031 GS4C 0800608-L15R00 VTH
.035 GS4C 0900608-L15R00 VTH
.039 GS4C 1000608-L15R00 VTH
.059 GS4C 1500608-L15R00 VTH
.028
.047
GS4C 0700812-L25R00 VTH
.311 .315 2.677 .984 4
.031 GS4C 0800812-L25R00 VTH
.035 GS4C 0900812-L25R00 VTH
.039 GS4C 1000812-L25R00 VTH
.059 GS4C 1500812-L25R00 VTH
.079 GS4C 2000812-L25R00 VTH
.028
.059
GS6C 0701015-L35R00 VTH
.390 .394 3.071 1.378 6
.031 GS6C 0801015-L35R00 VTH
.035 GS6C 0901015-L35R00 VTH
.039 GS6C 1001015-L35R00 VTH
.059 GS6C 1501015-L35R00 VTH
.079 GS6C 2001015-L35R00 VTH
Depth of Cut Ordering Code Dimensions (inch)
T max inch D2 S L L2 W No. of Flutes Dh6.023 GM3CH90 03006-L12 VTH .114 .027 1.53 .472
.008
3.118
.031 GM3CH90 04008-L10 VTH .153 .035 2.00 .393 .157
.043 GM4CH90 05011-L12 VTH .194 .047 2.00 .492
4
.196
.024GM4CH90 06006-L15 VTH
.232 .0312.283 .591
.236GM4CH90 06006-L25 VTH 2.677 .984
.047GM4CH90 08012-L25 VTH
.311 .0552.677 .984
.315GM4CH90 08012-L35 VTH 3.071 1.378
L
L2
Dh6 D2
wT
L
L2
Dh6 D2
wT
L L2
Dh6 D2
wT
s
90◦
L L2
Dh6 D2
wT
s
90◦
GM
So
lid
GM Solid - Square Grooving
GM Solid - Chamfering
6
Recommended Grades, Cutting Speeds Vc [ft/min], Feed f [inch/ tooth]
Material Group
Varg
us N
o.Material
Hardness Brinell
HB
Vc [ft/min] Feed f[inch/tooth]
VTH f
PSteel
1
Unalloyed steel
Low carbon (C=.1-.25 %) 125 327-687 .0028-.0079
2 Medium carbon (C=.25-.55 % ) 150 327-589 .0028-.0079
3 High Carbon (C=.55-.85 % ) 170 327-556 .0028-.0079
4Low alloy steel (alloying elements ≤5%)
Non hardened 180 196-294 .0028-.0079
5 Hardened 275 262-491 .0028-.0079
6 Hardened 350 229-458 .0028-.0079
7 High alloy steel (alloying elements >5%)
Annealed 200 196-425 .0028-.0079
8 Hardened 325 229-360 .0028-.0079
9Cast steel
Low alloy (alloying elements <5%) 200 327-556 .0028-.0079
10 High alloy (alloying elements >5%) 225 229-392 .0028-.0079
MStainless
Steel
11 Stainless steel Ferritic
Non hardened 200 327-556 .0028-.0079
12 Hardened 330 327-556 .002-.0059
13 Stainless steel Austenitic
Austenitic 180 229-458 .0028-.0079
14 Super Austenitic 200 229-458 .0028-.0079
15 Stainless steel Cast Ferritic
Non hardened 200 229-458 .0039-.0079
16 Hardened 330 229-458 .0028-.0079
17 Stainless steel Cast austenitic
Austenitic 200 229-392 .0028-.0079
18 Hardened 330 229-392 .0028-.0079
KCast Iron
28 Malleable Cast iron
Ferritic (short chips) 130 196-425 .0039-.0087
29 Pearlitic (long chips) 230 196-392 .0028-.0079
30Grey cast iron
Low tensile strength 180 196-425 .0028-.0079
31 High tensile strength 260 196-327 .0028-.0079
32Nodular SG iron
Ferritic 160 196-409 .0028-.0079
33 Pearlitic 260 164-294 .0028-.0079
N(K)Non-Ferrous
Metals
34 Aluminium alloys Wrought
non aging 60 327-818 .0039-.0098
35 Aged 100 327-589 .0039-.0098
36Aluminium alloys
Cast 75 491-1308 .0039-.0098
37 Cast & aged 90 491-916 .0039-.0098
38 Aluminium alloys Cast Si 13-22% 130 262-491 .0039-.0098
39 Copper and copper alloys
Brass 90 392-687 .0039-.0098
40 Bronze and non leaded copper 100 392-687 .0028-.0087
S(M)Heat Resistant
Material
23Titanium alloys
Pure 99.5 Ti 400Rm 229-458 .0028-.0051
24 α+ß alloys 1050Rm 65-164 .0028-.0051
* Peripheral feed
Grade Application Type Sample
VTH
*A general-purpose, heavy duty groove milling grade*TiCN coated for high resistance to wear
Grades and Their Application
GM Solid Groove Milling Technical Data
GM
So
lid
7
Grooving Inserts
Toolholders
Mini-V
Mini-V Ordering Code System
For Miniature and Small Bore Diameters
V1
082
GS3
W1204
T1005
R6
VBX7
7 - Carbide Grade
VBXVTX
1- Product Line
V- Mini-V
2 - Insert Style
08 , 11, 14, 16
3 - Type of Application
GS - Square GroovingD472 - DIN 472 Grooving Square PartialGSR - Grooving with RD7993 - D7993 Grooving Round Partial
6 - RH or LH
R - RHL - LH
5 - Groove Depth
T100 - .039” T230 - .091” T400 - .157"T430 - .169”
4 - Groove Width
W070 - .0276” ------ ----W430 - .169"
C1
V2
083
- 124
215
-6
6 - RH or LH
None - RHL - LH
5 - Tool Overhang
.827”-3.150”
4 - Shank Diameter
06 - .236”,08 - .315”12 - .472”16 - .630”0500 - .500” 0625 - .625”
1- Holder Type
C - Carbide ShankNone - Steel Shank
2 - Product Line
V - Mini-V
3 - Insert Style
08 , 11, 14, 16
8
Insert Style Ordering Code Dimensions (inch) Min. Bore dia.
RH d W+.0012 t max T F D min Toolholder
V08
V08GS W100T100 R...
.236
.039
.039 .142 .189 .390 .V08-...
V08GS W150T100 R... .059V08GS W200T100 R... .079V08GS W078T100 R... .031V08GS W086T100 R... .034V08GS W117T100 R... .046V08GS W157T100 R... .062V08GS W198T100 R... .078
V11
V11GS W100T230 R...
.315
.039
.091 .156 .264 .540 .V11-...
V11GS W120T230 R… .047V11GS W150T230 R… .059V11GS W200T230 R… .079V11GS W250T230 R... .098V11GS W078T230 R... .031V11GS W086T230 R... .034V11GS W117T230 R... .046V11GS W142T230 R... .056V11GS W157T230 R... .062V11GS W198T230 R... .078V11GS W238T230 R... .094V11GS W318T230 R... .125
V14
V14GS W078T400 R...
.354
.031
.157 .220 .354 .551 .V14-…
V14GS W086T400 R... .034V14GS W117T400 R... .046V14GS W150T400 R... .059V14GS W157T400 R... .062V14GS W198T400 R... .078V14GS W200T400 R... .079V14GS W238T400 R... .094V14GS W250T400 R... .098V14GS W300T400 R... .118V14GS W318T400 R... .125
V16
V16GS W300T430 R...
.433
.118
.169 .220 .402 .810 .V16-…
V16GS W350T430 R... .138V16GS W400T430 R... .157V16GS W117T430 R... .046V16GS W142T430 R... .056V16GS W157T430 R... .062V16GS W198T430 R... .078V16GS W238T430 R... .094V16GS W318T430 R... .125
F
d
W
t1Tr
F
d
t max
T
W
D min
Min
i-V
Mini-V Grooving
Internal
9
Insert Style Ordering Code Width of Circlip (inch) Dimensions (inch) Min. Bore dia.
RH m W+.0012* d t max T F D min Toolholder
V08
V08D472 W070T100 R... .028 .029
.236 .039 .142 .189 .390 .V08-...
V08D472 W080T100 R... .031 .033
V08D472 W090T100 R... .035 .037
V08D472 W110T100 R... .043 .047
V08D472 W130T100 R... .051 .055
V08D472 W160T100 R... .063 .067
V11
V11D472 W070T100 R... .028 .029
.315
.047
.156 .264 .540 .V11-...
V11D472 W080T100 R... .031 .033 .051
V11D472 W090T100 R... .035 .037 .059
V11D472 W110T230 R... .043 .047 .091
V11D472 W130T230 R... .051 .055 .091
V11D472 W160T230 R... .063 .067 .091
V14V14D472 W130T400 R… .051 .055
.354.157
.220 .354 .551 .V14-…V14D472 W160T400 R… .063 .067 .157
*All dimensions of W are from the DIN 472 Metric Standard and are translated into inches
F
d
W
t1Tr
F
d
t max
T
W
D min
Min
i-V
Mini-V Grooving DIN 472
Internal
10
Insert Style Ordering Code Dimensions (inch) Min. Bore dia.
RH d W+.0012 t max T F r D min Toolholder
V08
V08GSR W150T100 R...
.236
.059
.039 .141 .189 .008 .390 .V08-…V08GSR W078T100 R... .031V08GSR W117T100 R... .046V08GSR W157T100 R... .062V08GSR W198T100 R... .078
V11
V11GSR W200T230 R...
.315
.079
.091 .156
.264
.008 .540 .V11-...
V11GSR W117T230 R... .046
.248V11GSR W157T230 R... .062V11GSR W198T230 R... .078V11GSR W238T230 R... .094V11GSR W318T230 R... .125
V14
V14GSR W078T400 R...
.354
.031
.157 .220 .354 .008 .700 .V14-…
V14GSR W117T400 R... .046V14GSR W157T400 R... .062V14GSR W198T400 R... .078V14GSR W238T400 R... .094V14GSR W318T400 R... .125
V16
V16GSR W078T430 R...
.433
.031
.169 .220 .402 .008 .820 .V16-…
V16GSR W117T430 R... .046V16GSR W157T430 R... .062V16GSR W198T430 R... .078V16GSR W238T430 R... .094V16GSR W318T430 R... .125
F
d
W
t1Tr
F
d
t max
T
W r
r
D min
Min
i-V
Internal
Grooving with R
11
Insert Style Ordering Code Dimensions (inch) Min. Bore dia.
RH d W+.0012 t max T F R D min Toolholder
V08
V08D7993 W120T100 R...
.236
.047
.039 .142 .189
.024
.390 .V08-...V08D7993 W180T100 R... .071 .035V08D7993 W080T100 R… .031 .016V08D7993 W160T100 R… .062 .031V08D7993 W200T100 R… .079 .039
V11
V11D7993 W120T230 R...
.315
.047
.091 .156 .264
.024
.540 .V11-...
V11D7993 W180T230 R... .071 .035V11D7993 W200T230 R... .079 .039V11D7993 W080T230 R… .031 .016V11D7993 W157T230 R… .062 .031V11D7993 W240T230 R… .094 .047V11D7993 W300T230 R… .118 .059
V14
V14D7993 W120T400 R…
.354
.047
.157 .220 .354
.024
.700 .V14 ...
V14D7993 W157T400 R… .062 .031V14D7993 W180T400 R… .071 .035V14D7993 W200T400 R… .079 .039V14D7993 W220T400 R… .087 .043V14D7993 W238T400 R… .940 .047V14D7993 W300T400 R… .118 .059V14D7993 W318T400 R… .125 .062
Min
i-VF
d
W
t max
TR
D min
F
d
W
t max
TR
D m
in
Internal
Grooving DIN 7993 - Round Partial
12
Spare Parts
Insert Style Ordering Code Dimensions (inch)
Sleeve Holder RH A L L1 D D1 Screw Size Torx Key
V08
- CV08-1221 .453 3.169 .827.472
.236
SNV08 M2.6x.45x8 K2T- CV08-1230 .453 3.563 1.181
- CV08-05000827.433
3.150 .827.500 SNV08 M2.6x.45x8 K2T
- CV08-05001180 3.540 1.181
V11
- CV11-1229.453
3.740 1.142.472 .315 SNV11 M3.5x.6x10 K3T
- CV11-1242 4.331 1.654
- CV11-05001142.433
3.150 1.142.500 .315 SNV11 M3.5x.6x10 K3T
- CV11-05001654 3.540 1.654
V16
- CV16-1240 .433 5.118 1.575 .472 .433 SNV16 M5x.8x12 K4T
- CV16-05001575 .433 5.120 1.575 .500 .433SNV16 M5x.8x12 K4T
- CV16-06251575 .591 5.120 1.575 .625 .433
L1
A
D
D1
L
Mini-V Toolholders - Alloy Steel Shank
Spare Parts
Insert Style Ordering Code Dimensions (inch)
Sleeve Holder RH A L L1 D D1 Screw Size KeyV08 - V08-1612 .614 3.150 .472 .630 .236 SNV08 M2.6x.45x8 K2TV11 - V11-1612 .614 3.150 .472 .630 .315 SNV11 M3.5x.6x10 K3TV14 - V14-1620 .590 3.937 .787 .630 .374 SNV14 M4x0.7x12 KT15V16 - V16-1622 .590 3.937 .866 .630 .433 SNV16 M5.0x.8x12 K4T
D1
D
L1L
A
Min
i-V
Mini-V Toolholders - Carbide Shank with Alloy Steel Head
Internal
Internal
13
Recommended Grades, Cutting Speeds Vc [ft/min], Feed f [inch/tooth]
* Peripheral feed
Material Group
Varg
us N
o.
Material Hardness Brinell HB
Vc [ft/min]VBX
Feed[inch/tooth]
f
PSteel
1
Unalloyed steel
Low carbon (C=.1-.25%) 125 328-687 .0028-.0079
2 Medium carbon (C=.25-.55%) 150 328-589 .0028-.0079
3 High Carbon (C=.55-.85%) 170 328-556 .0028-.0079
4Low alloy steel(alloying elements≤5%)
Non hardened 180 197-294 .0028-.0079
5 Hardened 275 262-491 .0028-.0079
6 Hardened 350 230-458 .0028-.0079
7 High alloy steel(alloying elements>5%)
Annealed 200 197-425 .0028-.0079
8 Hardened 325 230-360 .0028-.0079
9Cast steel
Low alloy (alloying elements <5%) 200 328-556 .0028-.0079
10 High alloy (alloying elements >5%) 225 230-392 .0028-.0079
MStainless Steel
11 Stainless steel Ferritic
Non hardened 200 328-556 .0028-.0079
12 Hardened 330 328-556 .002-.0059
13 Stainless steel Austenitic
Austenitic 180 230-458 .0028-.0079
14 Super Austenitic 200 230-458 .0028-.0079
15 Stainless steel Cast Ferritic
Non hardened 200 230-458 .0039-.0079
16 Hardened 330 230-458 .0028-.0079
17 Stainless steelCast Austenitic
Austenitic 200 230-392 .0028-.0079
18 Hardened 330 230-392 .0028-.0079
KCast Iron
28 Malleable Cast iron
Ferritic (short chips) 130 197-425 .0039-.0087
29 Pearlitic (long chips) 230 197-392 .0028-.0079
30Grey cast iron
Low tensile strength 180 197-425 .0028-.0079
31 High tensile strength 260 197-327 .0028-.0079
32Nodular SG iron
Ferritic 160 197-409 .0028-.0079
33 Pearlitic 260 164-294 .0028-.0079
N(K)Non-Ferrous
Metals
34 Aluminium alloys Wrought
Non aging 60 328-818 .0039-.0098
35 Aged 100 328-589 .0039-.0098
36Aluminium alloys
Cast 75 492-1308 .0039-.0098
37 Cast & aged 90 492-916 .0039-.0098
38 Aluminium alloys Cast Si 13-22% 130 262-491 .0039-.0098
39 Copper andCopper alloys
Brass 90 394-687 .0039-.0098
40 Bronze and non leaded copper 100 394-687 .0028-.0087
S(M)Heat Resistant
Material
23Titanium alloys
Pure 99.5 Ti 400Rm 228-457 .0028-.0052
24 α+β alloys 1050Rm 65-163 .0028-.0052
Grades and Their ApplicationGrade Application Type Sample
VBX General use carbide grade for Mini-V inserts. TiCN coated.
VTX TiAlN coated carbide grade.Ideal for Stainless Steel and high cutting speeds.
Min
i-V
Mini-V Groove Milling Technical Data
14
71
V2
GS3
-1.214
1 - Insert Size
7 - I.C. .267"9 - I.C. .334"11 - I.C. .421"
2 - Insert Style
V - Style
3 - Type of Application
GS - Square GroovingGSR - Square Grooving with RGR - Round GroovingCH - Chamfering
4 - Groove Width (inch)
.74 - .029" ---5.15 - .202"
1.505
GM6
37
VBX8
5 - Groove Depth (inch)
1.50 - .059"2.50 - .098"3.25 - .128"
6 - System
GM - Groove Milling
7 - Cutting Edge Number
3
8 - Carbide Grade
VBXVTX
Inserts Ordering Code System
GM Slot Ordering Code System
GM Slot
For Small and Medium Bore Diameters
1 - Holder Type
C- Carbide ShankNone - Steel Shank
2 - System
GM - Groove Milling
3 - Shank Dia. (inch)
5/16 - .312"8 - .315"9 - .354"7/16 - .438"11.5 - .453"12 - .472"14 - .551"15 - .590"5/8 - .625"075 - .750"20 - .787"25 - .984"100 - 1.000"
4 - Shank Style
C - CylindricalW - Weldon
C1
GM2
93
135
456
77
38
5 - Min Cutting Dia. (inch)
13 - .500"050 - .500"065 - .650"17 - .657"085 - .850"22 - .894"
7 - Insert Size
7 - I.C. .267"9 - I.C. .334"11 - I.C. .421"
8 - Number of Flutes
3
- - -
6 - Tool Overhang (inch)
25 - .984"100 - 1.000"118 - 1.175"30 - 1.181"40 - 1.575"175 - 1.750"45 - 1.772"50 - 1.969"60 - 2.362"65 - 2.559"
Holders Ordering Code System
C4
15
Square GroovingInsert Size Groove Dimensions Ordering Code Dimensions (inch) Toolholder
Width of Circlip (inch) W +.0012 t1 max r RH Ds T
7V
.028 .029
.059
- 7VGS0.74-1.50GM3 …
.500 .124
CGMC 9C13-45-7-3CGMC 8C13-40-7-3CGMC 5/16C13-40-7-3GMC 20W13-25-7-3GMC 075W050-100-7-3
.031 .033 - 7VGS0.84-1.50GM3 …
.035 .037 - 7VGS0.94-1.50GM3 …
.043 .048 - 7VGS1.21-1.50GM3 …
.051 .056 .004 7VGSR1.41-1.50GM3 …
- .059 .004 7VGSR1.50-1.50GM3 ...
- .062 .008 7VGSR1.57-1.50GM3 …
.063 .067 .008 7VGSR1.71-1.50GM3 …
- .079 .008 7VGSR2.00-1.50GM3 …
- .094 .008 7VGSR2.39-1.50GM3 …
- .098 .008 7VGSR2.50-1.50GM3 …
9V
.043 .046
.098
- 9VGS1.17-2.50GM3 …
.657 .175
CGMC 11.5C17-50-9-3CGMC 12C17-50-9-3CGMC 7/16C17-45-9-3GMC 20W17-30-9-3GMC 075W066-118-9-3
.051 .056 - 9VGS1.41-2.50GM3 …
- .059 .008 9VGSR1.50-2.50GM3 …
.059 .062 .008 9VGSR1.57-2.50GM3 …
.063 .067 .008 9VGSR1.71-2.50GM3 …
- .079 .008 9VGSR2.00-2.50GM3 …
.091 .094 .008 9VGSR2.39-2.50GM3 …
- .098 .008 9VGSR2.50-2.50GM3 …
- .118 .008 9VGSR3.00-2.50GM3 …
- .125 .008 9VGSR3.18-2.50GM3 …
11V
.043 .046
.128
- 11VGS1.17-3.25GM3 …
.854 .226
CGMC 15C22-65-11-3CGMC 14C22-60-11-3CGMC 5/8C22-65-11-3GMC 25W22-45-11-3GMC 100W085-175-11-3
- .051 - 11VGS1.30-3.25GM3 …
.051 .056 - 11VGS1.42-3.25GM3 …
- .059 .008 11VGSR1.50-3.25GM3 …
.057 .061 .008 11VGSR1.55-3.25GM3 …
- .062 .008 11VGSR1.57-3.25GM3 …
.063 .067 .008 11VGSR1.71-3.25GM3 …
- .079 .008 11VGSR2.00-3.25GM3 …
.091 .094 .008 11VGSR2.39-3.25GM3 …
- .098 .008 11VGSR2.50-3.25GM3 …
- .118 .008 11VGSR3.00-3.25GM3 …
.122 .125 .008 11VGSR3.18-3.25GM3 …
- .157 .008 11VGSR4.00-3.25GM3 …
- .187 .008 11VGSR4.75-3.25GM3 …
.203 .207 .008 11VGSR5.26-3.25GM3 …
w
t1
r
r T
Ds G
M S
lot
GM Slot - Square Grooving
16
Round GroovingInsert Size Groove Dimensions Ordering Code Dimensions (inch) Toolholder
W +.0012 t1 max r RH Ds T
7V .087 .059 .043 7VGR1.10-1.50GM3 … .500 .124
CGMC 9C13-45-7-3CGMC 8C13-40-7-3CGMC 5/16C13-40-7-3GMC 20W13-25-7-3GMC 075W050-100-7-3
9V .098 .098 .049 9VGR1.10-2.50GM3 … .657 .175
CGMC 11.5C17-50-9-3CGMC 12C17-50-9-3CGMC 7/16C17-45-9-3GMC 20W17-30-9-3GMC 075W066-118-9-3
11V
.079
.128
.039 11VGR1.00-3.25GM3 …
.894 .226
CGMC 15C22-65-11-3CGMC 14C22-60-11-3CGMC 5/8C22-65-11-3GMC 25W22-45-11-3GMC 100W085-175-11-3
.087 .043 11VGR1.10-3.25GM3 …
.118 .059 11VGR1.50-3.25GM3 …
T
t1
r
w
Ds
GM
Slo
t
GM Slot - Round Grooving
17
ChamferingInsert Size Groove Dimensions Ordering Code Dimensions (inch) Toolholder
W +.0012 t1 max RH Ds T Y
7V .047 .059 7VCH1.20-1.50GM3 … .500 .124 .063
CGMC 9C13-45-7-3CGMC 8C13-40-7-3CGMC 5/16C13-40-7-3GMC 20W13-25-7-3GMC 075W050-100-7-3
9V .055 .098 9VCH1.40-2.50GM3 … .657 .175 .088
CGMC 11.5C17-50-9-3CGMC 12C17-50-9-3CGMC 7/16C17-45-9-3GMC 20W17-30-9-3GMC 075W066-118-9-3
11V .063 .128 11VCH1.60-3.25GM3 … .893 .226 .114
CGMC 15C22-65-11-3CGMC 14C22-60-11-3CGMC 5/8C22-65-11-3GMC 25W22-45-11-3GMC 100W085-175-11-3
Ds
45°
45°
Tt1
w
Y
GM Slot - Chamfering
GM
Slo
t
18
Spare Parts
Insert Size Ordering Code Dimensions* (inch)
L L1 L3 (min) D D1 Screw Size Key/Blade Handle Size
7VCGMC 9C13-45-7-3
4.5281.772 .787 .354
.354 SN2T8-M1 M3.0x.5x9 K2T - Torx T8CGMC 5/16C13-40-7-3 1.575 .709 5/6"
9VCGMC 11.5C17-50-9-3
4.9211.969 .984 .453
.453 SN3T15-M2 M4x.7x13.5 BladeT15-1/4
Smart Handle1/4X2 Torx T15
CGMC 7/16C17-45-9-3 1.772 .984 7/16"
11VCGMC 15C22-65-11-3
5.3152.559 1.260 .591
.591 SN4T20-M3 M5x.8x15.5 BladeT20-1/4
Smart Handle1/4X2 Torx T20
CGMC 5/8C22-65-11-3 2.559 1.339 .625
For Correct Clamping:
9V 11V
*For Ds dimensions, see pages 15-17
L L1(max)
D Ds
L3(min)
D1
L L1(max)
D Ds
L3(min)
D1
L3 (min)
Holding device
Always mount insert with the identification mark between the two curved surfaces on the toolholder
Identification MarkCurved Surfaces
GM
Slo
t
GM Slot Toolholders -Carbide Cylindrical Shank for Groove Milling Application
19
Spare Parts
Insert Size Ordering Code Dimensions* (inch)
L L1 D D1 Screw Size Key/Blade Handle Size
7V GMC 075W050-100-7-3 3.750 1.000 .750 .354 SN2T8-M1 M3.0x.5x9 K2T - Torx T8
9V GMC 075W066-118-9-3 4.000 1.175 .750 .453 SN3T15-M2 M4x.7x13.5 BladeT15-1/4
Smart Handle1/4X2 Torx T15
11V GMC 100W085-175-11-3 4.500 1.750 1.00 .591 SN4T20-M3 M5x.8x15.5 BladeT20-1/4
Smart Handle1/4X2 Torx T20
For Correct Clamping:
9V 11V
*For Ds dimensions, see pages 15-17
L L1
D Ds
D1
L L1
D Ds
D1
Always mount insert with the identification mark between the two curved surfaces on the toolholder
Identification MarkCurved Surfaces
GM
Slo
t
GM Slot Toolholders - Weldon Shank for Groove & Thread Milling Application
20
Recommended Grades, Cutting Speeds Vc [ft/min], Feed f [inch/tooth]
Material Group
Varg
us N
o.Material
Hardness Brinell
HB
Vc[ft/min]
Feed f[inch/tooth]
PSteel
1
Unalloyed steel
Low carbon (C=.1-.25 %) 125 262-523 .0028-.0118
2 Medium carbon (C=.25-.55 % ) 150 262-491 .0028-.0118
3 High Carbon (C=.55-.85 % ) 170 262-491 .0028-.0118
4Low alloy steel (alloying elements ≤5%)
Non hardened 180 262-523 .0028-.0118
5 Hardened 275 262-491 .0028-.0118
6 Hardened 350 262-458 .0028-.0098
7 High alloy steel (alloying elements >5%)
Annealed 200 196-327 .0028-.0118
8 Hardened 325 164-262 .0028-.0098
9Cast steel
Low alloy (alloying elements <5%) 200 262-523 .0028-.0098
10 High alloy (alloying elements >5%) 225 196-392 .0028-.0098
MStainless
Steel
11 Stainless steel Ferritic
Non hardened 200 229-425 .0028-.0118
12 Hardened 330 196-360 .0016-.0098
13 Stainless steel Austenitic
Austenitic 180 229-425 .0028-.0118
14 Super Austenitic 200 196-392 .0028-.0098
15 Stainless steel Cast Ferritic
Non hardened 200 262-458 .0028-.0118
16 Hardened 330 196-327 .0028-.0098
17 Stainless steel Cast austenitic
Austenitic 200 262-458 .0028-.0118
18 Hardened 330 196-327 .0028-.0098
KCast Iron
28 Malleable Cast iron
Ferritic (short chips) 130 164-229 .0028-.0118
29 Pearlitic (long chips) 230 262-458 .0028-.0098
30Grey cast iron
Low tensile strength 180 262-458 .0028-.0118
31 High tensile strength 260 196-360 .0028-.0098
32Nodular SG iron
Ferritic 160 196-327 .0028-.0118
33 Pearlitic 260 196-327 .0028-.0118
N(K)Non-Ferrous
Metals
34 Aluminium alloys Wrought
Non aging 60 262-981 .0028-.0118
35 Aged 100 327-818 .0028-.0118
36Aluminium alloys
Cast 75 327-654 .0028-.0118
37 Cast & aged 90 327-719 .0028-.0118
38 Aluminium alloys Cast Si 13-22% 130 262-981 .0028-.0098
39 Copper and copper alloys
Brass 90 262-981 .0028-.0118
40 Bronze and non leaded copper 100 327-654 .0028-.0098
S(M)Heat Resistant
Material
23Titanium alloys
Pure 99.5 Ti 400Rm 131-262 .0028-.0051
24 α+ß alloys 1050Rm 65-164 .0028-.0051
* Peripheral feed
Grade Application Type Sample
VBXTiCN coated carbide grade.Excellent grade for steels and general use.
VTX TiAlN coated carbide grade.Ideal for Stainless Steels.
GM
Slo
t
Grades and Their Application
GM Slot Groove Milling Technical Data
21
4 - Insert Size4 - IC1/2”
3 - Drive Hole Dia. (inch).75, 100
2 - Cutting Dia. (inch)1.89, 2.48, 3.15
1- SystemSGM - Shell Groove Milling
44
-1003
-D1892
-SGM1
9 - Carbide GradeVKX
8 - Groove Depth (inch).012 - .150
4 - Groove Std. Width (inch).043 - .124
7 - Groove Type
D - DynamicS - StaticDP- Dynamic pneumaticDH- Dynamic hydraulic
3 - SystemGM - Groove Milling
6 - Groove Standard
CIRC - CirclipDIN471/472DIN3770DDIN3770SBS1806BS4518
2 - Insert StyleW - Vertical Wide Inserts
5 - Profile ShapeC - With Chamfer
1- Insert Size4 - IC1/2”
VKX9
1.388
-S7
D37706
-C5
1.64
GM3
W2
41
SGM
For Medium Applications
Shell Groove Mill
SGM Ordering Code System
Inserts
22
Vertical SGMInsert Size Ordering Code Dimensions (inch) α
IC L inch W R t1 Toolholder
1/2” .870
4WGM.031C-CIRC-.06... .031 .005 .050
45° SGM-D..-..-4
4WGM.047C-CIRC-.083... .047 .010 .0754WGM.058C-CIRC-.083... .058 .010 .0754WGM.062C-CIRC-.102... .062 .010 .0944WGM.072C-CIRC-.102... .072 .010 .0944WGM.078C-CIRC-.102... .078 .010 .0944WGM.088C-CIRC-.102... .088 .010 .0944WGM.094C-CIRC-.157... .094 .010 .1504WGM.097C-CIRC-.157... .097 .010 .1504WGM.105C-CIRC-.157... .105 .010 .1504WGM.110C-CIRC-.157... .110 .010 .1504WGM.122C-CIRC-.157... .122 .010 .1504WGM.125C-CIRC-.157... .125 .010 .1504WGM.142C-CIRC-.157... .142 .015 .1504WGM.156C-CIRC-.157... .156 .010 .150
W
I.C.
R
αt1
Enlarged view A
View A
Vertical SGM
W
I.C.R
αt1
W
I.C.
R
αt1
SG
M
SGM - Circlip Non StandardExternal / Internal
23
Vertical SGMInsert Size Ordering Code Width of Circlip (inch) Groove Std. α
IC L inch m(H13) W t1 Toolholder
1/2” .870
4WGM1.1C-D471/472-.35... .043 .047 .012
45° SGM-D..-..-4
4WGM1.1C-D471/472-.4... .043 .047 .0164WGM1.3C-D471/472-.5... .051 .055 .0164WGM1.3C-D471/472-.55... .051 .055 .0204WGM1.6C-D471/472-.7... .063 .067 .0244WGM1.6C-D471/472-.85... .063 .067 .0314WGM1.6C-D471/472-1.0... .063 .067 .0354WGM1.85C-D471/472-1.25... .072 .076 .0434WGM1.85C-D471/472-1.0... .072 .076 .0354WGM2.15C-D471/472-1.5... .084 .088 .0554WGM2.65C-D471/472-1.5... .104 .108 .0554WGM2.65C-D471/472-1.75... .104 .108 .0634WGM3.15C-D471/472-1.75... .124 .128 .063
Vertical SGMInsert Size Ordering Code Groove Std. αIC L inch St.Dy m(H13) W t R1 R2 Toolholder
1/2” .870
St.
4WGM1.6C-D3770S-1.38... .063 .078 .054 .010 .004
75° SGM-D..-..-4
4WGM2.0C-D3770S-1.72... .078 .093 .068 .010 .0044WGM2.5C-D3770S-2.15... .098 .119 .085 .010 .0044WGM3.15C-D3770S-2.7... .124 .148 .106 .024 .008
Dy.4WGM1.6C-D3770D-1.47... .063 .078 .058 .010 .0044WGM2.0C-D3770D-1.83... .078 .093 .072 .010 .004
St. = Static Dy. = Dynamic
t1α
I.C.
W
mm
t1α
I.C.
W
mm
R1R2
Enlarged view A
View A
Vertical SGM
Enlarged view A
View A
Vertical SGM
t1 α
I.C.
W
mmt1
α
I.C.
W
mm
t1 α
I.C.
W
mm
R1 R2
t1α
I.C.
W
mm
R1R2
SG
M
SGM - Circlip DIN 471/472External / Internal
SGM - O Ring DIN 3770
External / Internal
24
St. = StaticDy. = Dynamic
Vertical SGMInsert Size Ordering Code Groove Std. αIC L inch St.Dy m(H13) W t R1 R2 Toolholder
1/2” .870St.
4WGM1.80C-BS1806S-1.3... .070 .093 .051 .008 .024
75° SGM-D..-..-44WGM2.65C-BS1806S-2.... .104 .141 .079 .008 .024
Dy.4WGM1.80C-BS1806D-1.57... .070 .093 .061 .008 .0244WGM2.65C-BS1806D-2.38... .104 .141 .091 .008 .024
St. = StaticDyP = Dynamic pneumaticDyH = Dynamic hydraulic
Vertical SGMInsert Size Ordering Code Groove Std. αIC L inch St.Dy m(H13) W t R1 R2 Toolholder
1/2” .870
St.4WGM1.6C-BS4518S-1.25... .063 .093 .049 .020 .008
75° SGM-D..-..-4
4WGM2.4C-BS4518S-1.95... .094 .125 .077 .020 .0084WGM3.0C-BS4518S-2.51... .118 .148 .099 .039 .008
DyP4WGM2.4C-BS4518DP-2.2... .094 .129 .087 .020 .0084WGM3.0C-BS4518DP-2.77... .118 .160 .109 .039 .008
DyH4WGM2.4C-BS4518DH-2.09... .094 .129 .082 .020 .0084WGM3.0C-BS4518DH-2.6... .118 .160 .102 .039 .008
I.C.
R1R2
tα
W
mm
I.C.
R1R2
tα
W
mm
Enlarged view A
View A
Vertical SGM
Enlarged view A
View A
Vertical SGM
I.C.
R1 R2
tα
W
mm
I.C.
R1R2
tα
W
mm
I.C.
R1 R2
tα
W
m m
I.C.
R1R2
tα
W
mm
SG
M
SGM - O Ring BS 1806, DIN3601, DIN 3771External / Internal
SGM - BS 4518
External / Internal
25
Multi Insert Holders (3) Spare Parts
Insert Size Ordering Code EDP
No. Dimensions inch
IC D2 t max L L1 d(H7) D1 Insert Screw Torx Key1/2” SGM-D189-100-4 67717 1.890 .137 5.000 .874 1.000 1.574 SN4T-90 HK4T
D2
t max
.
D1
L
d
L1
D2t max.
D1
L
d
L1
SG
M
SGM - Toolholders
Multi Insert Holders (5) Spare Parts
Insert Size Ordering Code EDP
No. Dimensions inch
IC D2 t max d(H7) D1 H Insert Screw Torx Key Holder Screw1/2” SGM-D250-.75-4 67721 2.480 .137 3/4 2.342 1.614 SN4T-90 HK4T 3/8 - 24
D2
t max
.H
D1
d(H
7)
D2 t max.H
D1 d(H7)
SGM - Toolholders
26
Multi Insert Holders (8) Spare Parts
Insert Size Ordering Code EDP
No. Dimensions inch
IC D2 t max d(H7) D1 H Insert Screw Torx Key Holder Screw1/2” SGM-D300-100-4 67729 3.150 .137 1.000 2.834 1.968 SN4T-90 HK4T 1/2 - 20
D2
t max
H
D1d
(H7)
D2t max H
D1d(H7)
SGM - Toolholders
SG
M
27
* Peripheral feed
Recommended Grades, Cutting Speeds Vc [ft/min], Feed f [inch/ tooth]
Material Group
Vard
ex N
o.Material
Hardness Brinell
HB
Vc [ft/min] Feed f[inch/tooth]
VKX f
PSteel
1Unalloyed steel
Low carbon (C=.1-.25%) 125 327 - 719 .002 - .00392 Medium carbon (C=.25-.55%) 150 327 - 556 .0012 - .00283 High Carbon (C=.55-.85%) 170 327 - 523 .0008 - .0024
Low alloy steel(alloying elements≤5%)
Non hardened 180 262 - 491 .002 - .00355 Hardened 275 229 - 458 .0012 - .00286 Hardened 350 229 - 425 .0008 - .0027 High alloy steel
(alloying elements>5%) Annealed 200 229 - 392 .0012 - .0028
8 Hardened 325 229 - 327 .0012 - .0029
Cast steel Low alloy (alloying elements <5%) 200 229 - 360 .0012 - .002
10 High alloy (alloying elements >5%) 225 164 - 262 .0008 - .002
MStainless
Steel
11 Stainless steel Ferritic
Non hardened 200 262 - 491 .0012 - .002812 Hardened 330 262 - 491 .0012 - .00213 Stainless steel
Austenitic Austenitic 180 196 - 392 .0012 - .0028
14 Super Austenitic 200 196 - 392 .0012 - .00215 Stainless steel
Cast Ferritic Non hardened 200 196 - 392 .0008 - .002
16 Hardened 330 196 - 392 .0004 - .001217 Stainless steel
Cast Austenitic Austenitic 200 164 - 327 .0012 - .002
18 Hardened 330 164 - 327 .0004 - .0012
KCast Iron
28 Malleable Cast iron
Ferritic (short chips) 130 196 - 360 .0008 - .00229 Pearlitic (long chips) 230 164 - 327 .0004 - .001230
Grey cast iron Low tensile strength 180 196 - 360 .0012 - .0028
31 High tensile strength 260 164 - 262 .0012 - .00232
Nodular SG iron Ferritic 160 164 - 327 .0012 - .002
33 Pearlitic 260 131 - 229 .0012 - .002
N(K)Non-Ferrous
Metals
34 Aluminium alloys Wrought
Non aging 60 327 - 654 .0028 - .005935 Aged 100 327 - 491 .0012 - .00236
Aluminium alloys Cast 75 327 - 589 .0028 - .0059
37 Cast & aged 90 196 - 392 .002 - .003938 Aluminium alloys Cast Si 13-22% 130 327 - 491 .002 - .003939 Copper and
copper alloys Brass 90 196 - 392 .002 - .0039
40 Bronze and non leaded copper 100 164 - 327 .0118 - .0031
S(M)Heat Resistant
Material
19
High temperaturealloys
Annealed (Iron based ) 200 65 - 147 .0004 - .001220 Aged (Iron based) 280 65 - 98 .0004 - .001221 Annealed (Nickel or Cobalt based) 250 33 - 65 .0004 - .001222 Aged (Nickel or Cobalt based) 350 33 - 49 .0004 - .001223
Titanium alloys Pure 99.5 Ti 400Rm 196 - 392 .0008 - .002
24 α+β alloys 1050Rm 65 - 164 .0004 - .0012
H(K)HardenedMaterial
25Extra hard steel Hardened & tempered
45-50HRc 49 - 147 .002 - .0039
26 51-55HRc 49 - 131 .002 - .0039Te
chn
ica
l D
ata
D2
N
Vc
N - Rotational Velocity [R.P.M.]V - Cutting Speed [ft/min]D2 - Toolholder Cutting Dia. [inch]F1 - Tool Feed Rate at the Cutting Edge [inch/min]z - No. of Cutting Edgesf - Feed per Tooth per Rotation [inch/rev]
N =12 x Vcπ x D
N x π x D12
Vc =
Grade Application Type Sample
VKX Excellent for general use TiN coated
Grades and Their Application
SGM Groove Milling Technical Data
Innovative Grooving SolutionsGroove Milling
221-01394I N C H E A0 7 / 2 0 1 6E D I T I O N 0 2 / 6 1 4
Tel: +1-800-828-8765 +1-608-756-4930Fax:+1-608-741-7125
Vargus USA 1149 Barberry DriveJanesville, WI 53545 U.S.A
I n n o v a t i v e G r o o v i n g & Tu r n i n g S o l u t i o n s