DE
Morph machining allows the user to control a toolpath using flow boundaries and direction profiles.
This cavity form is an ideal example of this strategy. Morph machining can be used in conjunction with cutter contact angles.
Features
Overview Features
- 3+2 Axis Machining
- 3D Constant Offset Machining
- Adaptive Area Clearance
- Advanced 5-axis Toolpaths for Mould & Die Machining (5-axis Add-on Module)
- Along Curve Machining and 2D Cutter Compensation
- Area Clearance Roughing
- Automatic 3 to 5-axis Conversion (5-axis Add-on Module)
- Boundary Machining
- Combined Passes – Waterline & Constant Stepover
- Core Roughing
- Corner Offset Machining
- Ease of Use in Changing Machining Area Boundaries
- Edit Surface Trimming Holes & Ruled Surface
- Electrode Machining
- Feed-Rate Optimisation
- Hole Detection & Drilling
- Horizontal Area & Horizontal Core Machining
- Machine Tool Simulation (5-axis Add-on Module)
- Morph Machining
- Morph Surface Machining (5-axis Add-on Module)
- Offset Protection Surfaces
- Parallel Cut Surface Machining (5-axis Add-on Module)
- Parallel Pencil Milling
- Part Inspection
- Pencil Milling
- Radial Machining
- Raster & Perpendicular Raster Machining
- Raster Roughing & Zig-Zag Roughing
- Rest Areas Options
- Rest Finishing Machining
- Rest Roughing
- Shop Floor Documentation
- Simultaneous 5-axis Add-on Module
- Spiral Machining
- Stock Models
- Surface Analysis
- Swarf Machining (5-axis Add-on Module)
- Tool-Holder & Cutting Tool Libraries
- True Surface Machining
- Vibration Free Machining
- Waterline (Z-Level) Machining Using Surface Contact Angles
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