1. Using pure fiber ≠<​×laser, the beam quality is e♦¥xcellent, the photoelectric conversi←<÷on rate is high (multiple times  ♣of YAG laser), low energy coβ≈nsumption, and long servic ®≈e life;

2. The welding seam is th <←®in, the penetration depth &εis large, the taper is ∑₹‌small, the precision is h♦¶igh, the welding speed is faβ δst, the welding seam is f¥₩¶∑irm, and the welding ☆€↔place is smooth and flat;

3. It can weld complex tracks s&☆¶uch as planes, circles, and₽ε arcs;

4. Weldable graphics include >•: point, line, circle, '​←↕square or any plane graphics εδ★©drawn by AUTOCAD software (sφ≠ αelf-programming);

5. Equipped with CCD camera moni♦ ​ toring system, convenient for obse♥​£&rvation and precise pos₹✔itioning;

6. No need for consumables, high re"δliability of the equipm • ent, continuous and stablγ♠≈e processing for 24 hour¥₹​s, low operation and maπ'✘✔intenance costs;

7. Special machine customizatγβ♦ion ability is strong±↑•↓, and exclusive models$ε" can be tailored acc¶'<εording to customer neeφγ™ds, and special automatic tooling>♦•✔ fixtures can be customized to reσ±alize the automatic welding an≈☆d processing of products;

8. Simple operation, no need for pro♦ fessional welder technicians to opera±↑ε§te;

9. No consumables needed in the laγ‍¥ter stage.

Note: The shape and performance of the machiγ←ne can be designed acco φ rding to the actual situation and requ≤↑↔irements of the custome★'₩r, and the welding machine, spe  "​cial fixture and laser automation in© £tegration (non-standard machine→<) can be customized for the cusλ​✔≤tomer. There are no γ≈fixed models for non≈"-standard machines. All styles aφ ♣$re based on meeting custome✘↕€¥r requirements and t→Ωhen make corresponding chan✘→©ges.