RoboDK is a powerful, user-friendly software for simulating and programming industrial robots. It allows engineers and manufacturers to program robots offline, optimize robot paths, and eliminate costly errors without needing an internet connection.
With an intuitive graphical user interface (GUI), RoboDK enables designers to simulate 3D objects, robotic paths, constraints, singularities, and axis collisions before real-world deployment.
Simulate and program industrial robots for various manufacturing processes. Offline programming, allowing robot programming without direct internet connection. Easily convert NC programs (G-code & APT-CLS) into robot commands.
Over 500 industrial robots from top manufacturers (ABB, Fanuc, KUKA, Motoman, Universal Robots, etc.). Supports multiple programming languages: Python, C#, Visual Basic, C++, and MATLAB. Compatible with CNC machines & 3D printing applications.
Collision detection & singularity management, ensuring safe robot operation. Automated calibration & precise robot motion control (ISO 9283 certified). Optimized robot tool paths for cutting, welding, painting, and material handling.
Real-time control & simulation for robotic operations. Direct communication with robotic controllers (ABB, Fanuc, KUKA, Motoman, UR, and more). Flexible deployment for various manufacturing environments, including plastic, stone, and metal processing.
No programming expertise required – easy-to-use interface. Wide range of applications – from CNC machining to robotic welding. Supports multi-axis robot systems for automated manufacturing. Reduces programming time and costs, increasing productivity.
RoboDK is the ultimate solution for industrial automation, robotic programming, and smart manufacturing, helping companies streamline processes, reduce errors, and enhance production efficiency.