Buy SolidCAM for SOLIDWORKS software

A CAM-Part keeps machining tied to CAD geometry

SolidCAM defines operations, stock, fixtures, coordinate systems, and tool data around the SOLIDWORKS model. When design geometry changes, associativity keeps the CAM-Part connected to the revision so affected operations can be recalculated and checked in context. That is different from exporting a frozen model and maintaining a second manufacturing copy.

The integration also gives milling, turning, mill-turn, Swiss, probing, and multiaxis modules the same source geometry. Core locally installed modules for the named build are available with this offer; separately branded services and vendor-account features remain separate.

iMachining controls engagement, not just feed rate

iMachining combines toolpaths with a Technology Wizard that calculates cutting conditions and step-downs around tool, material, and machine inputs. Its purpose is to maintain controlled engagement through roughing rather than applying one aggressive feed value to every corner. The result still depends on accurate tool, holder, stock, material, and machine data.

For difficult parts, that cutting strategy sits alongside 3D HSM, simultaneous five-axis, mill-turn, Swiss, and machine simulation. Select the operation family by geometry and machine kinematics; do not treat one roughing strategy as a replacement for finishing, collision control, or a validated post.

Simulation and 3D machining mark the important release steps

Windows must fit the chosen SOLIDWORKS host

Machine readiness ends at the validated post

SolidCAM simulation checks the programmed process against the configured machine and workholding. The post processor then emits controller-specific NC code. Keep the post, machine definition, tool assemblies, and operation templates under the same change control as the CAM-Part; moving only the project file to a new release does not reproduce a proven machine environment.