Offline programming and simulation for industrial robots: program 1,000+ robot models from 80+ brands in one environment — graphically or via Python/C#/C++ APIs — then post-process to native controller code (KRL, RAPID, KAREL...).
Offline programming and simulation for industrial robots: program 1,000+ robot models from 80+ brands in one environment — graphically or via Python/C#/C++ APIs — then post-process to native controller code (KRL, RAPID, KAREL...).
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RoboDK is the leading brand-agnostic offline programming (OLP) environment for industrial robots. Its library covers 1,000+ robot models from 80+ manufacturers (ABB, KUKA, FANUC, Yaskawa, Universal Robots, Kawasaki...); users build cells and toolpaths graphically or drive everything through APIs in Python, C#, C++ and MATLAB; and battle-tested post-processors emit native controller programs — RAPID, KRL, KAREL, INFORM and dozens more — so programs deploy without robot downtime. It imports CAD (STEP/IGES/STL), converts machining toolpaths (APT, G-code) to robot programs, supports simulation-based collision checking, and runs on Windows, macOS, Linux (plus web/mobile viewers). A cost-effective simulation layer for integrators quoting and validating cells before commissioning.
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