Robotic milling of technical molds in foam and wood

Robotic machining for complex mold production
Complex molds require accuracy, process control, and repeatability at every stage of production. COMAC develops robotic machining cells for technical molds made from foam, wood, and other materials, supporting industrial applications and special-purpose projects.

Flexible processing of large, detailed shapes
The video shows an industrial robot using a spindle-mounted cutting tool to machine stepped and contoured mold geometry. This robotic setup provides the reach and motion needed to process complex surfaces while maintaining a controlled machining workflow.

Programming and simulation with ENCY CAM
Before the robot begins machining, the operation can be programmed and simulated in ENCY CAM. The simulation allows the production team to review robot motion and the planned material-removal process before execution.

Greater control over the production process
Combining robotic machining with offline programming helps COMAC approach demanding mold projects with greater process control, accuracy, and production efficiency—from the digital machining plan to the finished physical shape.

Consistent results for technical and industrial projects
The workflow is designed to turn complex mold concepts into repeatable production results across foam, wood, and related mold-making materials.