
RoboDK is a Montreal-based software company that develops robot simulation and offline programming software for industrial robots and cobots.
RoboDK develops simulation and offline programming software that lets manufacturers build and validate a robotic cell virtually before committing to hardware. Its toolset imports CAD and CAM geometry, assembles a digital twin of the cell, and generates robot programs without stopping production.
The software supports a broad range of industrial robot brands and applications, from machining and welding to palletizing and inspection, and integrates with common CAD and CAM packages so that existing design data can drive program generation.
Demand for offline programming and robot simulation software is being driven by the spread of automation into small and mid size manufacturers that lack dedicated robotics engineering teams. These buyers increasingly need to validate a cell virtually before committing capital to hardware and integration.
The growth of multi brand robot fleets adds further pressure, because programming tools must span controllers and models from several vendors rather than a single line, and simulation shortens the ramp from design to production.
RoboDK positions its software as robot agnostic, supporting a wide range of industrial robot brands and models inside one programming environment rather than tying users to a single controller ecosystem. This lets a plant that runs a mixed fleet standardize simulation and offline programming across machines from different makers.
The platform also integrates with common CAD and CAM tools, and its licensing is marketed as a lower cost entry than the vendor locked offline programming suites that usually accompany one robot brand, which broadens access to simulation for smaller operations.