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| CNC TURNING LATHE |
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- ‧Max. turning diameter 20 mm.
- ‧Max. turning length 205 mm.
- ‧Sliding head design.
- ‧Equipped with a rotary guide bushing for increasing
stability when machining long workpieces.
- ‧Main and sub-spindle.
- ‧Main and sub-spindle feature C-axis function.
- ‧Standard equipment includes 4 sets of tool slides. Upon
request, one additional set of front and rear machining
powered tool slides is available (optional).
- ‧Automatic bar feeder (optional).
- ‧Fanuc controller with 10.4” LCD monitor.
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※Notice :
1.To keep improving and developing new functions, Kuen Jeng reserves the rights to change specifications without notice.
2.Due to varying cutting conditions, actual results may be greater or less than those listed.
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- ‧The spindle head moves on two linear ways with a large span
design to achieve maximum stability
and smoothness.
- ‧The spindle head movement is driven by a servo motor for highly accurate positioning.
- ‧A high precision spindle permits accurate machining and allows
continuous, long time operations.
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- ‧Spindle speed range 500 – 10,000 rpm.
- ‧The high speed direct-drive spindle permits full power
transmission without backlash problem.
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| Automatic Bar Feeder (optional) |
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The machine is equipped with an automatic bar feeder that
allows the machine to perform fully automatic operations. This
results in labor-saving, increased efficiency and productivity.
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| C-axis Contouring Function |
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- ‧Both main and sub-spindle feature C-axis functions,
allowing for contourmachining.
- ‧Indexing accuracy for main and sub-spindle is 0.001°,
providing highly accurate contour machining.
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Rotary Guide Bushing
The rotary guide bushing in the sliding head design may assure stability, machining accuracy and surface finish, especially when machining long workpieces.
The sliding tool structure features no guide bushing design, which minimizes the material length of residual, and saves machining cost. |
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The main spindle orientation is equipped with an hydraulic brake
for increasing accuracy in spindle orientation. |
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| KS-20 |
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| KS-20S(Y2) |
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| KS-20 |
KS-20S(Y2) |
A. Main Tool Slide
‧The main tool slide can be mounted with 7 O.D.
cutting tools. Tool shank sizes are 12 x 12mm.
‧Applicable for turning outside diameter of workpiece and
cutting-off operations.
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A. Main Tool Slide
‧The main tool slide can be mounted with 7 O.D.
cutting tools. Tool shank sizes are 12 x 12mm.
‧Applicable for turning outside diameter of workpiece
and cutting-off operations. |
B. Rear Side Machining Device
‧The rear side machining device is used with
the sub-spindle to perform rear side machining on a
workpiece.
‧Capacity of machining device: 4 cutting tools, all can
be fitted with power tools.
‧Machine standard is 2 power tools and 2 fixed tools.
‧Applicable for turining, drilling and tapping operations.
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B. Rear Side Machining Device
‧Capacity of maching device: 8 cutting tools, all can be fitted with power tools.
‧Y2-axis travel / 100mm. |
C. Fixed Tool Slide
‧The fixed tool slide is suitable for inside diameter
machining.
‧Applicable for drilling and tapping operations.
‧Accommodates 4 fixde cutting tools.
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C. Fixed Tool Slide
‧The fixed tool slide is suitable for inside diameter
machining.
‧Applicable for drilling and tapping operations.
‧Accommodates 4 fixde cutting tools. |
D. Radial Powered Tool Slide
‧The side milling device is applicable for side milling, drilling
and tapping operations.
‧It can be mounted with 6 cutting tools. Also, available to be
mounted with 4 cutting tools with a powered tools slide
(optional) for front and rear machining.
‧All powered tools are driven by a servo motor.
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D. Radial Powered Tool Slide
‧The side milling device is applicable for side milling, drilling
and tapping operations.
‧It can be mounted with 6 cutting tools. Also, available to be
mounted with 4 cutting tools with a powered tools slide
(optional) for front and rear machining.
‧All powered tools are driven by a servo motor. |
E. Front and Rear Machining Powered Tool
Slide(optional)
‧The tool slide is applicable for side milling, drilling
and tapping operations.
‧All powered tools are driven by a servo motor.
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E. Front and Rear Machining Powered Tool
Slide(optional)
‧The tool slide is applicable for side milling, drilling
and tapping operations.
‧All powered tools are driven by a servo motor. |
F. Sub-Spindle
‧The sub-spindle is used with a rear machining device to allow
simultaneous machining on the rear side of a workpiece.
‧It features C-axis functions for contour machining.
‧The standard speed of the sub-spindle is 8000 rpm. |
F. Sub-Spindle
‧The sub-spindle is used with a rear machining device to allow
simultaneous machining on the rear side of a workpiece.
‧It features C-axis functions for contour machining.
‧The standard speed of the sub-spindle is 8000 rpm. |
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| Standard Equipment / Optional Equipment |
Standard Equipment:
‧Main spindle
| Spindle motor |
| C-axis function on main spindle |
| Main spindle brake |
| Sub spindle |
‧Cooling system
| Coolant pump |
| High pressure cooling system 1.5 MPA |
| Coolant tank |
| Coolant level sensor |
‧Automated peripheral equipment
| Parts detector device |
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| Parts catcher |
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| Parts conveyor |
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‧Tools
| Radial powered tools |
6 |
| Drilling spindle |
ER 16 x 2 |
| Rear side machining tools for sub-spindle |
powered tools x 2 / standard tools x 2 |
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Optional Equipment:
‧Additional powered tools
| Front and rear machining powered tools on 3 axes (1 set) |
| Rear side machining powered tools for sub-spindle |
‧Automated peripheral equipment
| Long parts exhaust device |
Automatic bar feeder |
| Oil mist collector |
Bar feeder interface |
‧Chip evacuating device
| Chip conveyor |
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| Chip bucket |
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‧Coolant Flow Detector
| The coolant flow detector is applied to detect insufficient coolant flow. In case the coolant flow volume is insufficient, the detector is activated, an alarm will be triggeded, machine stops automatically. |
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