1Compared to traditional welding methods, laser welding has a faster speed, smoother welds, and can achieve more aesthetically pleasing welding results;

2. Real time acquisition of key data such as laser energy, laser focal length, welding speed, and protective gas flow rate of the laser processing system through digital sensing technology;

3. The equipment has low requirements for operators and does not produce harmful substances to the human body during the production process;

4High precision dynamic adjustment of process parameters and motion parameters of laser processing systems to adapt to the complexity and variability of processing conditions;

5. The 3D trajectory welding action is flexible, fast, with low motion inertia and strong applicability, suitable for harsh production environments;

6. Multiple robotic arms can collaborate for processing, achieving automated production and high work efficiency.

7. It can be applied to laser welding of the same and heterogeneous materials of various metals such as aluminum, iron, stainless steel, copper, etc.