1. The optical fiber transmission✘✘ laser welding machin×β<Ωe has the characteristics of high si¥↓&ngle-point energy, small welding wid​‍th, small thermal in÷γ≈↓fluence, and small deformation. It is σ≤>very suitable for welding±π thin plates below 0.5mm;

2. Equipped with a CCD monitoring≤ ↑ system, which can observe♣σ the welding seam effect and →£​πwelding position in real time;

3. The welding seam is smootγ↑‍h and beautiful, without a §$ir holes, and the back of the we♦←lding place is not easy to tur≥♣​ n yellow;

4. Capable of detec↕★≈tion function, which can monitor laser♠$ energy and power outα±λput in real time, find abnormalities•₽±  and activate protection;$β

5. Energy feedback function, real-t ☆β'ime inspection of laser ener←☆×λgy. It can effectivelε₩£‌y solve energy fluctuations caused b'≠y changes in voltage fluctuatiα‌£≥ons, xenon lamp discharge difference₩♠€♣s, xenon lamp aging, ↔® water flow, water temper∞®≤¥ature and other facto±↓<rs (energy feedback and current feed​®↓€back are optional);

6. The equipment can be set±α with 32 sets of different welding pr→≤ocess parameters to meet diffe©↓ rent welding requirements;

7. The power supply has ∏≥an automatic shutter control f<÷↓unction, which can realize multi✘σ™₽-head laser welding of time and e‌γnergy (optional);

8. It can meet welding λ≥π₩requirements such as spot welφ←ding, tailor welding, stitch we₽‌∏☆lding, and sealing welding;

9. There are consumables in th♣₩e later stage (lamps need to be replaceελ♦d every 4 months or so).

Note: The shape and performa π☆™nce of the machine can be des‍"βigned according to the<↑"© actual situation and r≤∞≈equirements of the c§λβustomer, and the welding &δπmachine, special fixt✘&¥δure and laser automation integration π (non-standard machine) can be cuΩ>"stomized for the customer. ≈↕↑There are no fixed models for ♣→σ→non-standard machines. All style₽ s are based on meeti$☆ng customer requireme™→α€nts and then make correspβ€onding changes.