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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
Technical cases

Customer reference: How to use turin robot and irobotcam for blade laser cladding processing

The difficulty of robot laser cladding processing for the processing of complex workpieces such as blades lies in the utilization of high-precision characteristics, and the technical architecture advantages of iRobotCAM based on 3D CAD kernel can effectively meet the requirements of high precision, so as to realize high-precision laser cladding processing of five-axis blades.

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iRobotCAM

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