Mastercam Multi-Axis

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Highlights at a glance

  • Versatile 4- and 5-axis strategies: ideal for complex free-form surfaces and demanding contours
  • Full control: individual adjustment of tool axes, collision monitoring and strategy change
  • Flexible workflows: operations that have already been created can be imported, exported and customized
  • Efficient machining: short cycle times thanks to dynamic tool paths
  • Simple operation: clear user interface and intuitive programming

Precise multi-axis machining for complex geometries

With Mastercam Multi-Axis, you can control simultaneous 4- and 5-axis machining efficiently and safely. The module opens up new possibilities for complex components – from aerospace to classic mechanical engineering – and delivers perfect surfaces with maximum process reliability.

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Typical areas of application and machining strategies in multi-axis milling

  • Simultaneous roughing and finishing in 4 and 5 axes
  • Trimming of contours and complex shaped parts
  • Multi-sided machining in one clamping operation
  • High-precision machining of free-form surfaces, turbine and implant parts
  • Application in tool and mold making, automotive and aviation industries

All important functions and toolpaths at a glance

  • 5-axis roughing and finishing with blank tracking
  • Flexible tool axis control through self-defined or predefined strategies
  • Comprehensive collision control for tools, holders and machine components
  • Support for a wide range of tool shapes, e.g. circular segment cutters
  • Import and export of existing toolpaths for efficient project handovers
  • Machine simulation for realistic checks before the first cut

Extra boost: The Dynamic Motion technology significantly reduces machining times and ensures even material removal that is gentle on the tool – even with hard materials.

Production benefits of Mastercam Multi-Axis for manufacturing companies

  • Fewer clamping operations: Complete machining in just one fixture
  • Higher productivity: shorter set-up and throughput times
  • Maximum precision: uniform surfaces and constant cutting conditions
  • Flexibility for complex parts: freely selectable machining strategies and tool axes