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Robot design and robot simulation training​

    • Taking advantage of the CAD architecture based on the 3D geometry kernel,
      • Using the 3D modeling function, iRobotCAM can build complex 3D models and realize digital scenes
      • Supports the import of iges, STEP, Solidworks, Creo, NX, Catia, Inventor, Parasolid and other 3D formats to reuse existing 3D models and improve the efficiency of building robot digital scenes
  • Using the robot modeling module of iRobotCAM,
    • For industrial robots, you can create robot joints and build your own robot library. At the same time, you can also use the built-in robot library of various brands including ABB, Kuka, Yaskawa, Fanuc, Estun, Guangzhou CNC, Huazhong CNC, Yuejiang, Aubo, and Turing to build robot simulation models
    • For humanoid robots, you can build detailed joint information of the mechanism, realize overall joint definition, collision detection, etc.
  • Taking advantage of iRobotCAM’s open process architecture and reliable physics engine
    • iRobotCAM supports importing or exporting URDF to facilitate further simulation analysis of ROS robots and meet the needs of robot training.

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iRobotCAM

Dedicated in offline programming, virtual commissioning, robot design and simulation