Cheap VERO WorkNC for CAD-Agnostic Mold and Die CAM

WorkNC CAD-agnostic CAM for mold, tool and die machining

WorkNC is built for automated NC programming of complex molds, tooling and dies without tying the CAM job to one CAD authoring system. Its CAD-agnostic workflow accepts geometry from different CAD sources and keeps the programming focus on machining strategy, stock state and toolpath generation.

Core WorkNC workflows cover roughing and re-roughing, finishing and re-machining for complex surfaces and solids. Automatic hole programming handles drilling work, while remaining-stock information carries the material state forward between machining stages.

Roughing, dynamic stock and re-machining in WorkNC

Roughing and re-roughing remove stock in successive stages, while dynamic stock information lets later operations work from the material left by earlier toolpaths. Smaller-tool cleanup and re-machining can then target the areas that still contain stock instead of recalculating the job from the original blank.

Finishing and re-machining strategies take over as the part approaches final geometry. This sequence is especially useful for complex mold and die components that move through several cutters and surface-finishing stages.

CAD-agnostic WorkNC vs SOLIDWORKS-integrated CAM

WorkNC is CAD-agnostic. CAMWorks for SOLIDWORKS is integrated inside SOLIDWORKS and keeps design and machining data in the same SOLIDWORKS environment. If CNC programming must remain inside the SOLIDWORKS model, that host-integrated workflow is a different fit from WorkNC's multi-CAD CAM model.

Global Roughing and Global Finishing changes by WorkNC release