1. The optical fiber tr>∑ansmission laser welding m™↕achine has the characterβ∏★istics of high single-poi∑★nt energy, small welding width, sm∑ $all thermal influence, and small deform→€≠ation. It is very suitable for →£<welding thin plates b>✔ε•elow 0.5mm;

2. Equipped with a  ∑CCD monitoring syste®☆£<m, which can observe the welding seam ↑‍<effect and welding position '↔♣&in real time;

3. The welding seam is smooth ∏$and beautiful, without air holes,  § and the back of the welding place ★₽≈&is not easy to turn yellow;

4. Capable of detection function, whic≈₽®h can monitor laser energy and  βδpower output in real™π time, find abnormalitε€ies and activate protection;

5. Energy feedback fα​←βunction, real-time ins§↓βΩpection of laser energy. It ca¶©​n effectively solve energy fl∏&∞uctuations caused by chang♠÷♠es in voltage fluctua↕≥§tions, xenon lamp dis♣δ​™charge differences, xenon lamp aging, ♥↕×∏water flow, water temperature and other≤σ♥α factors (energy feedback and curren¶γ≈≈t feedback are optional);

6. The equipment can ™εbe set with 32 sets ÷™∏of different welding process parame≠₽σters to meet different★→$ welding requirements∏>♣®;

7. The power supply has an autoε♥¥≈matic shutter control functi¶πon, which can realize multi-head la♠¶♦÷ser welding of time and ener♦¥gy (optional);

8. It can meet welding requirements  ​™•such as spot welding, tailor≥‍¶↓ welding, stitch welding, and sealing →¥←₽welding;

9. There are consum↔€ables in the later stage (lamps nee↕¶®‌d to be replaced every ♥ε∑ε4 months or so).

Note: The shape and performance of the m$>achine can be designed a≤→‍ccording to the actu₹®al situation and requirements of the♣$​  customer, and the welding ‍×<machine, special fixture £₹ and laser automation integration (non©÷-standard machine) can be customize β&>d for the customer. T§α↓✔here are no fixed models for non-s£•tandard machines. Al$∏εl styles are based on ε‍γmeeting customer requirements and™₽ then make corresponding ch ★€☆anges.