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Programming and simulation of laser machnining applications

Laser machining application

    • General process of robot laser processing:
      • Import robot and workpiece> Positioning of workpiece and robot calibration> Realization of trajectory programming> Simulation of the whole scene> Code output and robot processing
    • The process of robot laser is mainly about high precision, and the ability to achieve high-precision manufacturing using laser is the basis for various industries such as aerospace, automobile, and machinery to achieve high-performance or high-precision equipment. Through iRobotCAM based on the 3D CAD platform architecture, high-precision programming capabilities can be achieved, thereby realizing high-precision robot laser processing.

 

Machining Programming and Simulation of Five-Axis Laser Machine Tools

  • General development process of laser machine tools:
    • 3D structure modeling > electromechanical modeling and motion simulation > trajectory generation and virtual debugging > post-processing and processing simulation
  • Using the characteristics of iRobotCAM based on the 3D CAD platform ZW3D, you can quickly build a digital model of the 3D structure of the machine tool;
    • Using iRobotCAM’s electromechanical module, you can model and design the production line and virtually debug the robot
    • Developed based on the ZW3D platform, you can use ZW3D’s various 2-axis to 5-axis trajectory algorithms, so that the robot has a precise trajectory algorithm similar to CAM software during the laser processing process, and realize high-precision laser cutting, welding, engraving and other processes to ensure processing quality and consistency.
    • Based on iRobotCAM’s convenient post-processing module, you can quickly generate code and intuitively display the simulation effect of processing

More customer references

iRobotCAM

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