Montreal-based RoboDK, a provider of robot simulation and offline programming software, has launched RoboDK CAM, a new software system designed to reduce deployment times for automated machining cells.

The software automates the process of generating robot code from CAD designs and digital simulations, eliminating the need for specialists to manually program each robot. This reduces the complexity and cost of machining automation deployments, allowing manufacturers and integrators to move directly from design to production without having to be experts in robot programming.

RoboDK CAM supports a range of machining operations, including milling, drilling, deburring, cutting, and additive manufacturing. It features tools for generating advanced tool-paths, simulating full machining processes, detecting collisions, and transitioning from simple 3-axis tasks to 5-axis machining.

The software is available in two configurations: stand-alone and integrated with leading CAD/CAM platforms such as Fusion 360, SolidWorks or Mastercam.

According to RoboDK, early testers of the software have reported significant reductions in testing time, up to 40% depending on the complexity of the automation. Deployment times are also reduced from days to just minutes.

RoboDK CAM is designed for machining professionals and system integrators who want to streamline their manufacturing processes and reduce downtime. The software’s capabilities include advanced surface machining, accurate stock tracking, and full machining simulation.

“The new software release addresses the challenges associated with programming robots to perform machining tasks,” said Albert Nubiola, CEO of RoboDK. “Automation drives efficiency, but complex programming and multi-vendor system integration troubles have been serious roadblocks for companies looking to adopt robots.”