1. Optional CCD camerδ∞↔a monitoring system, accurate β$"→positioning, real-ti‍∞♥me observation of weld©€ ↑ing process;

2. Adopt professional real-time ener×λ₹gy feedback technology to ensureλ™ε↓ the stability of laser output σ∑™energy;

3. Non-contact long- εdistance welding can be realize'£↑÷d for the difficult-to-access parts;

4. The welding seam is small and smo✘∑oth without pores, no need to☆✘ be processed or simply ‌'£‍processed after welding;

5. A variety of differen↕ ¶∏t waveforms can be set to match the w$&₹∞elding parameters and we₹₽γlding requirements to a♦&✔'chieve excellent weldi★↔ng results;

6. The focus spot is small, th™✘≈©e positioning is accurate, and micr↔×o welding can be performed♠‌∑;

7. Welding of complex↕ σ$ trajectories such as planes, c₩‍≈£ircles and arcs;

8. Flexible placement, the host ★ is separated from the worktable, and ←✔different worktables can be c§★onfigured for welding pro‌✔∑>cessing according to the needs of ≈"different products;

9. The laser has the fun© ¶ctions of energy splitti ←₹ng, time splitting, high¥"-speed splitting, or both of &♥which can be divided into common ↓≥€hours, which can realize simult &σaneous processing of mul'£≈αtiple beams and multφ'×i-station processing to improve φ≥production efficiency;

10. Spot welding, bu♣σ'tt welding, stack we€σ≈δlding, sealing welding, seam weld≥↑ing and penetration welding can be rea↔♥lized.