puma gt2100 series turning centers - ww1.prweb.com
TRANSCRIPT
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The Optimal World
Contents
1. Turning Center Line-up
2. Major model introduction
– Lynx series
– PUMA GT series
– PUMA 2100 / 2600 / 3100 series
– PUMA 700LY / 800B
– PUMA TT 1800SY
– PUMA MX 1600ST
– PUMA SMX 2500S / 3000
– PUMA V400
– PUMA VT900M
3. Oil & Gas Application
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The Optimal World
GT Series B
PUMA 240C
L=330 L=580 L=680 L=1,100
PUMA 240
8”
10” PUMA 280 PUMA 280L
GT2100
8”
GT2600
10” GT2600L
GT2600LM
PUMA 240MC
PUMA 280M PUMA 280LM
GT2600
GT2600M
GT2100
GT2100M
GT2100B
GT2100MB
PUMA 240B
PUMA 240MB
Under development
Current
Model
GT
Series
2013 DIMF launching
GT series_Line-up
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The Optimal World
GT2100
Global Standard Turning Center
• MAZAK, MORISEIKI, OKUMA
• MAZAK, MORISEIKI, OKUMA
Major Competitors
• Automobile parts
• Precise machine parts
• General machine parts
Applications
• Enhanced productivity with optimal structure
• No Coolant Leakage & Improved chip disposal
• Save Foot print
• Proven quality (Complete field monitoring test, 6 months)
Main Features
• GT2100 / GT2100M
Family Models
• Spindle Speed
• Spindle Motor Power, Torque
• Chuck Size
• Recommended turning diam
• Travel Distance [X/Z]
• Rapid Traverse [X/Z]
• CNC Controller
Major Specifications
: 4,500 r/min
: 25/20 hp / 183 N∙m
: 210 mm (8”)
: 210 mm
: 230/580 mm
: 24/30 m/min
: Fanuc-0iTD
• 8” Next Generation 2 – Axis Turning Center
GT Series B
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The Optimal World
GT2100M
Global Standard Turning Center
• Automobile parts
• Precise machine parts
• General machine parts
Applications
• GT2100 / GT2100M
Family Models
• MAZAK, MORISEIKI, OKUMA
• MAZAK, MORISEIKI, OKUMA
Major Competitors
• Spindle Speed
• Spindle Motor Power, Torque
• Chuck Size
• Recommended turning diam
• Travel Distance [X/Z]
• Rapid Traverse [X/Z]
• CNC Controller
Major Specifications
: 4,500 r/min
: 25/20 hp / 183 N∙m
: 210 mm (8”)
: 210 mm
: 230/580 mm
: 24/30 m/min
: Fanuc-0iTD
• 8” Next Generation 3 – Axis Turning Center
GT Series B
• Enhanced productivity with optimal structure
• No Coolant Leakage & Improved chip disposal
• Save Foot print
• Proven quality (Complete field monitoring test, 6 months)
Main Features
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The Optimal World
GT2100B
Global Standard Turning Center
• 10” Next Generation 2 – Axis Turning Center
(Base on GT2100)
: 3,500 r/min
: 25/20 hp / 523 N∙m
: 255 mm (10”)
: 255 mm
: 230/580 mm
: 24/30 m/min
: Fanuc-0iTD
• Automobile parts
• Precise machine parts
• General machine parts
Applications
• MAZAK, MORISEIKI, OKUMA
• MAZAK, MORISEIKI, OKUMA
Major Competitors
• GT2100B / GT2100MB
Family Models
• Spindle Speed
• Spindle Motor Power, Torque
• Chuck Size
• Recommended turning diam
• Travel Distance [X/Z]
• Rapid Traverse [X/Z]
• CNC Controller
Major Specifications
GT Series B
• Enhanced productivity with optimal structure
• No Coolant Leakage & Improved chip disposal
• Save Foot print
• Proven quality (Complete field monitoring test, 6 months)
Main Features
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The Optimal World
GT2100MB
: 3,500 r/min
: 25/20 hp / 523 N∙m
: 255 mm (10”)
: 255 mm
: 230/580 mm
: 24/30 m/min
: Fanuc-0iTD
Global Standard Turning Center
• 10” Next Generation 3 – Axis Turning Center
(Base on GT2100M)
• Automobile parts
• Precise machine parts
• General machine parts
Applications
• MAZAK, MORISEIKI, OKUMA
• MAZAK, MORISEIKI, OKUMA
Major Competitors
• GT2100B / GT2100MB
Family Models
• Spindle Speed
• Spindle Motor Power, Torque
• Chuck Size
• Recommended turning diam
• Travel Distance [X/Z]
• Rapid Traverse [X/Z]
• CNC Controller
Major Specifications
GT Series B
• Enhanced productivity with optimal structure
• No Coolant Leakage & Improved chip disposal
• Save Foot print
• Proven quality (Complete field monitoring test, 6 months)
Main Features
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The Optimal World
GT2600
응용 분야
• Automotive Parts
• Hydraulic &
pneumatic parts
• Industrial Machine Parts
Applications
Global Standard Turning Center
: 3,500 r/min
: 30/25 hp / 622 N∙m
: 255 mm (10”)
: 255 mm
: 265/680 mm
: 24/30 m/min
: Fanuc-0iTD
• 10” Next Generation 2 – Axis Turning Center
• GT2600 / GT2600M
Family Models
• MAZAK, MORISEIKI, OKUMA
• MAZAK, MORISEIKI, OKUMA
Major Competitors
• Spindle Speed
• Spindle Motor Power, Torque
• Chuck Size
• Recommended turning diam
• Travel Distance [X/Z]
• Rapid Traverse [X/Z]
• CNC Controller
Major Specifications
GT Series B
• Enhanced productivity with optimal structure
• No Coolant Leakage & Improved chip disposal
• Save Foot print
• Proven quality (Complete field monitoring test, 6 months)
Main Features
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The Optimal World
GT2600M
: 3,500 r/min
: 30/25 hp / 622 N∙m
: 255 mm (10”)
: 255 mm
: 265/680 mm
: 24/30 m/min
: Fanuc-0iTD
Global Standard Turning Center
• 10” Next Generation 3 – Axis Turning Center
• GT2600 / GT2600M
Family Models
응용 분야
• Automotive Parts
• Hydraulic &
pneumatic parts
• Industrial Machine Parts
Applications
• MAZAK, MORISEIKI, OKUMA
• MAZAK, MORISEIKI, OKUMA
Major Competitors
• Spindle Speed
• Spindle Motor Power, Torque
• Chuck Size
• Recommended turning diam
• Travel Distance [X/Z]
• Rapid Traverse [X/Z]
• CNC Controller
Major Specifications
GT Series B
• Enhanced productivity with optimal structure
• No Coolant Leakage & Improved chip disposal
• Save Foot print
• Proven quality (Complete field monitoring test, 6 months)
Main Features
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The Optimal World
GT Series B
Features (Customer Evaluation)
PUMA GT Series (2/10)
• No coolant leakage structure (from field monitoring)
• Full cover design in working space − Improved chip disposal (from field monitoring)
2. No Coolant Leakage & Improved chip disposal
3. Save Foot print
• Optimize Space for Installation − Space saving by 25%~14% compared with the previous
1555
2834
4.41m2
1. Enhanced productivity with optimal structure
• Productivity, workability increase − Long tool life − Improved roughness (from field monitoring)
• Excellent Accessibility to Work − Optimize distance to change tool tip of tool post (from field monitoring)
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The Optimal World
390mm
1030mm
PUMA GT 2100
437mm
1026mm
PUMA 240
Excellent accessibility to chuck - Distance from cover to spindle center 437mm 390mm (17.2” – 15”)
GT Series B PUMA GT Series (3/10)
1. Enhanced productivity with optimal structure
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The Optimal World
-15
-12.5
-10
-7.5
-5
-2.5
0
BED
(㎛)
• FEM Analysis model
Position of carriage
Left Middle Right
Head Stock C.G.
Carriage C.G.
GT2100
Previous
• Bed guide way is about 3 times
more stable than Previous.
GT Series B PUMA GT Series (4/10)
1. Enhanced productivity with optimal structure
TURRET /
TOOL POST
• X,Y,Z axis Rigidity of GT tool post body are superior to previous.
• Head Stock, Carriage Rigidity of GT are similar to previous.
• 3D Analysis
• Deformation of Datum guide way
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The Optimal World
Full covered Guide Way
Improved
chip disposal behind tail stock
Full protected
Tail stock guide way
GT Series B PUMA GT Series (5/10)
2. No Coolant Leakage & Improved chip disposal
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The Optimal World
1555
2834
4.41m2
PUMA GT 2100 PUMA 240B
3270
1790 5.85m2
3135
5.15m2
1643
PUMA 2100
5.15m2 4.41m2
133 117
100
5.85m2
GT 2100 PUMA 2100 PUMA 240B
Space saving by 14%~25%
compared with the previous
GT Series B PUMA GT Series (6/10)
3. Smaller Footprint
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The Optimal World
• General feedback
Generally GT2100 > P240
■ Customer Evaluation
1) Compact size machine
2) No leakage
3) Excellent machined roughness
4) Good thermal displacement (0.03 mm for 8 hr)
5) Long tool life.
- P240B : 1~2 time replacing a day
- GT2100 : 1 time by 2days
6) Satisfied with Screw type chip conveyor
7) No screw type chip conveyor noise
• A Company (Domestic)
GT Series B
Field Monitoring Results
PUMA GT Series (7/10)
• General feedback
Generally GT2100 > P240
• B Company (Domestic) : extra purchase
■ Customer Evaluation
1)Easy installation, satisfaction for external an
machine size
2)No leakage
3)FANUC system to be able to compensate
for the worker accidentally
4)Improved chip disposal, no chip accumulating
structure
5)Easier operation than P240
improve productivity 6-8%
6)No change in work dimensions
7)Good operator accessibility.
8)Satisfied with Screw type chip conveyor
• C Company (Domestic) : extra purchase
• General feedback
Generally GT2100 > P240
■ Customer Evaluation
1) Compact machine size, it’s more smaller
2)Good cutting ability, Long tool life and good
surface finish
3)No leakage
4)Good thermal displacement (0.03 mm for 8 hr)
5)Good machining ability vs P240
6)Good chip disposal
7)Improved productivity
8)Looks similar to P240