What is Laser Processing Robot
Laser processing robots apply robot technology to laser processing, and realize more flexible laser processing operations through high-precision industrial robots. The system can be operated online through the teaching box, and can also be programmed offline. The system generates a model of the workpiece through automatic detection of the workpiece, and then generates a processing curve, and can also use CAD data for direct processing. It can be used for laser surface treatment, drilling, welding and mold repair of workpieces.
Key technologies include:
Structural optimization design technology of laser processing robots: adopting a large-scale frame-type body structure to ensure robot accuracy while increasing the working range.
Error compensation technology of the robot system: Aiming at the requirements of large working space and high precision of the integrated processing robot, combined with its structural characteristics, a hybrid robot compensation method combining non-model method and model-based method was adopted to complete the geometric parameter error compensation and compensation for non-geometric parameter errors.
High-precision robot detection technology: the combination of three-coordinate measurement technology and robot technology realizes high-precision online measurement of robots.
Laser processing robot language implementation technology: According to the characteristics of laser processing and robot operations, complete the laser processing robot language.
Network communication and offline programming technology: with serial port, CAN and other network communication functions to realize the monitoring and management of the robot production line; and realize the offline programming control of the upper computer to the robot.
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