Use cases

See how Flexam helps prepare toolpaths for different additive manufacturing processes.

DED cladding for component repair

Surface-following deposition paths for worn components and a defined robot cell.

Fiber paths guided by geometry, load directions and placement constraints.

Region-based paths for the working surface, walls and internal mould structure.

Non-planar path preparation for anatomical shapes, including orthoses and prosthetic sockets.

Path planning around wall geometry, layer timing and machine limits.

Research into toolpath preparation for complex geometries and multi-axis printing systems.

Prepare the part and identify regions that need different strategies.

Generate paths from 3D models for a defined machine and process.

Inspect and edit existing machine code, including code from another slicer.

Develop slicing algorithms, toolpath strategies and machine-specific outputs.

Tell us about your part, machine and the preparation work you want to simplify.