Mastercam Turning
Highlights at a glance
- Complete system for turning: from facing to thread cutting
- Fast and reliable NC programs: intuitive operation, short training period
- Integrated collision and simulation functions: check programs before the first chip
- Flexible tool management: own 3D tool designer for individual cutting tools
- Dynamic Motion technology: extends tool life and reduces cycle times
Efficient CNC programming for all turning operations
With Mastercam Turning, you can create NC programs for external and internal turning, roughing, finishing and threading in the shortest possible time. The software covers the entire range of turning operations – from simple standard parts to complex components for turn-mill centers.Typical areas of application and machining strategies for CNC turning
- Typical areas of application and machining strategies for CNC turning
- External and internal turning of components of all sizes
- Roughing, finishing and thread cutting
- Drilling, parting off and grooving
- Parts handling: transfer to counter spindle or feed of bar stock
- Combination with milling operations in turning-milling centers (e.g. C- and Y-axis machining)
All important functions and toolpaths at a glance
- PrimeTurn technology for optimized roughing and finishing operations
- Dynamic turning for uniform chip removal and reduced tool load
- Machine simulation for safe collision control
- 3D tool designer for customized cutting tools and multitools
- Automated machining cycles for drilling, thread cutting, parting off and contour roughing
- C- and Y-axis machining for complex turn-mill centers
Extra boost: Dynamic Motion technology ensures a constant chip volume, significantly reduced machining time and extended tool life – ideal for tough materials.
Official add-on products and add-ons for Mastercam Turning
With these add-ons, Mastercam Turning can be specifically expanded:
Production benefits of Mastercam Turning for manufacturing companies
- Time-saving: fewer set-up processes and shorter cycle times
- High precision: consistent collision monitoring and stable machining strategies
- Cost-optimized: longer tool life and less wear
- Maximum flexibility: from standard parts to complex components in multi-channel machines