Equipment structure

Equipment advantages

High precision machining: Each axis has high positioning accuracy and repeat positioning accuracy, such as X/Y/Z axis positioning accuracy up to ± 0.05mm/m, repeat positioning accuracy ≤ 0.03mm/m; The positioning accuracy of the C/A axis is ≤± 0.015 °, and the repeatability accuracy is ≤ 0.005 °, which can meet the machining requirements of high-precision parts such as aircraft engine blades and automotive B-pillars.
High efficiency production: Through dual station design, alternating clamping and welding can be achieved, greatly improving work efficiency; At the same time, the quick changeover function can complete the process switching of hot formed parts for different vehicle models in a short period of time, supporting the production needs of small batches and multiple varieties; In addition, the high-speed cutting speed can reach 250mm/s, which is 3-5 times faster than traditional plasma cutting, effectively shortening the processing time.
Complex shape processing: The design of multi axis linkage allows the laser head to move freely in three-dimensional space, enabling welding of various complex curved surfaces and shaped workpieces without frequent replacement of fixtures, improving the flexibility and adaptability of processing.
Intelligent control: Equipped with real-time focus control function, high-speed energy sensor monitors laser power output, maintaining a stability of 99%. The front-end independent profiling axis follows the workpiece surface at high speed to optimize the machining accuracy of corner parts; A vision system based on deep learning can recognize defects such as porosity and undercutting, and automatically adjust laser power or welding speed to achieve quality traceability and automatic compensation, improving the stability and reliability of welding quality

Application area