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NC data generation without over cutting from 3D Curve |
| - |
NC data generation without shank/holder collision |
| - |
Helical Interpolation machining |
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3D, 2D tool diameter compensation support(G41, G42) |
| - |
Normal Offset : Maintain steady cutting depth |
| - |
Auto Clean Up machining (considering machining load) |
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Collision Avoidance |
| - |
Batch Process |
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Relief machining |
| - |
Tool path generation considering interference between curves |
| - |
Tool collision verification |
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Verified system on various controller |
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(Fanuc, Tosnuc, Okuma, Siemens, etc) |
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| Offset Machining / Relief Machining |
| - |
Machining maintaining steady machining width in normal direction of curve (X-Z plane) |
| Relief Machining |
| - |
Machining maintaining trim face thickness |
| - |
Prevention of over cutting around inclined area by NC-Path offset to maintain Relief depth. |
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Actual Machining Test
|
Global offet Machining |
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| |
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| Machining Types |
| Global Machining |
| - |
Whole curve machining |
| - |
Auto NC data generation by checking interference of curves |
| - |
Roughing / Finishing by using Machining Allowance |
| Local Machining |
| - |
After checking uncut area, auto part Clean Up machining |
| - |
NC data generation overlapped with Previous NC path around approach and retract area |
| Clean-UP Machining |
| - |
Auto gradual repeated machining at uncut area |
| - |
Auto part Clean Up machining by checking uncut area by each tools |
| - |
Overcome machining load by using user-define cutting depth(z-pitch) |
 |
| |
|
|
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| Collision Avoidance |
| - |
NC data generation without shank/holder collision. |
| - |
Collision avoidance NC-Data Generation by collision algorithm. |
 |
| Collision Avoidance |
|
| |
|
Batch Process
|
| Continuous repeated machining |
| Roughing/Finishing/Clean Up support |
| Offering Machining supplement(repetation macnining) by tool deflection. |
| One-shot process from rough-cutting to clean up-cutting. |
 |
| Batch Process |
|
| |
|
60 Global
