TopSolid'Cam Machining

• Simple and efficient programming
• Powerful topological and interactive recognition,
• Permanent awareness of the
  • of the real shape of the raw
  • of the real shape of the finished
  • environments (tooling, cutting tools)

To execute optimized and collision-free paths

• Completeness of the proposed machining operations
• The only solution that meets all CAM needs
• Customized post-processors adapted to the workshop's machine cycles
• 3D management of the machine and automation of linkage movements
• Simple and transparent multi-axis management *
• Management of coolants and custom pressures *
• Creation of machine components *
• Simulation of ISO code *

• Fixed cycles, pecking/clearing
• Contour or pocket drilling
• Deep drilling
• Management of drilling intersections
• Analysis: find all the holes that can be machined automatically according to the limitations of the machine to machine them directly.
• Custom drilling *
• Automatic 5 axis drilling *

• All 2D machining operations can be applied to either 3D parts or 2D profiles.
• All machining operations automatically respect the angular limits of the machine
• BoostMilling: dynamic machining strategy
• Automatic corner breaking
• Several drawing solutions
• Slotting and grooving to 3 sizes
• Broaching
• Analysis: find all the machinable shapes (facing, pocketing and contouring) in automatic according to the limitations of the machine to machine them directly *

Tooling, casting, molds, electrodes, etc. Machine your parts simply, quickly and collision-free with over 20 dedicated machining operations.

• Roughing, re-roughing, finishing, superfinishing, radius reworking,
• Undercut stock management
• Rough drawing
• Undercut machining for roughing and finishing
• Hidden-time calculation and multithreading calculation optimization
• BoostMilling: dynamic roughing strategy
• Management of barrel and high-feed milling cutters
• Tool life management
• Tool exit length management
• Complete tool shape management to avoid collisions

4D:

• Drilling 4x Axial and Radial *
• Pocketing and Contouring 4x Axial and Radial *
• 4X Radial Roughing *
• Automatic Radial Finishing *
• Radial Constant step-over *
• Sweeping *
• Screw Milling, Roughing and Finishing *
• Transformation of 3D operations in 4x Axial

5D:

• Sweeping *
• Swarf *
• 5D Contouring *
• 5-axis Constant Z *
• Auto 5-axis: Management of Barrel tools *
• Transformation of 3D operations in 5 axis *

4D:

• 4x Radial Advanced: Roughing and Finishing *
• Deburring: Automatic Breaking Edges *

5D:

• Multi-axis Pocketing *
  • Roughing with dynamic machining strategy included
  • Finishing with Barrel tools management included 
• Deburring: Automatic Breaking Edges *
• 5X Finishing *
• Roughing 3+2 *
• Port machining *
• Multi-blade machining *

• Simple and efficient programming
• Topological recognition and powerful interaction
• Completeness of the machining operations proposed in roughing and finishing
• Management of single-spindle and single-turret machines *
• BoostTurning *
• PrimeTurningTM *
• Management of more complex multi-spindle and multi-turret machines
• Management of multi-channel machines *
• Interpolation turning (turning on CU) *
• Eccentric turning *
• Turning in the YZ plane *
• Management of Andréa heads (turning on boring machine) *

• Easy to implement machining routines with the right tool to optimize machining times and organize paths *

• Original socket *
• Planing *
• Control report *

All probing cycles are available. 

More information

• Grinding (contouring and face milling) *
• Cylindrical grinding (contouring and face milling) *
• Hole grinding *

More information

In the same interface with the same ease in programming. Interfaces of the technologies with the main players :

• Agie-charmilles
• Sodick
• ONA
• Mitsubishi
• Makino
• 3D management of the machine *