1. Using pure fiber laser, the b δβeam quality is excellent,☆↔φ™ the photoelectric conversion rate is® Ω high (multiple times of YAG las∏<☆≥er), low energy consumpt€>∞ion, and long service lif↓♠πφe;

2. The welding seam is thin,ε  the penetration depth is large, the ↑®taper is small, the precision↕§± is high, the welding sλ≤♦γpeed is fast, the welding seam is fir§ Ω₽m, and the welding place is smoot↑©<✘h and flat;

3. It can weld compl→✔©ex tracks such as planes, c≠₩ircles, and arcs;

4. Weldable graphics↔•←£ include: point, line, circle, ™♣square or any plane g ¥©☆raphics drawn by AUTOCAD software (₩&self-programming);

5. Equipped with CCD camera₹©< monitoring system, convenient α™♥​for observation and precise p"₽ositioning;

6. No need for consumab€"les, high reliabilit♠ © y of the equipment, conti¶←σ'nuous and stable processing↓€‌© for 24 hours, low operation anα¥&♦d maintenance costs;

7. Special machine customiza‌↔tion ability is strong, and exclus™"♠ive models can be tailored according to∞™♦ customer needs, and special automa'≥tic tooling fixtures can be cu•©stomized to realize the a'✘™utomatic welding and processi¥↕✘ng of products;

8. Simple operation, no need'♥® for professional welder tecα<hnicians to operate;

9. No consumables needed in the latλ¶er stage.

Note:The shape and performance of tσ≠Ωhe machine can be designed accor✘✔∏ding to the actual situation and req↑≤←uirements of the customer←↔£, and the welding machine, special♥© fixture and laser automation¶↓± integration (non-standardγ< machine) can be customized for tβΩhe customer. There are no fiσ xed models for non-stan≤←dard machines. All styles are ba≈φsed on meeting customer requir•≈γements and then make ↓γcorresponding changes.