1. Using pure fiber laser, ≤→the beam quality is excellent, the pho§∞∏toelectric conversion rate is hig∏÷h (multiple times of>•←© YAG laser), low energy consum&₽ption, and long service life;

2. The welding seam is ✔↑♠δthin, the penetratio≠πΩn depth is large, the taper is sma¥€ll, the precision is high, the weldin>©g speed is fast, the∏σ¥ welding seam is firm, and the welding↑✔ place is smooth and flat​₩φ;

3. It can weld complex traα≤←σcks such as planes, circles, and©↔• arcs;

4. Weldable graphics include: point,‍  ♥ line, circle, square or any plane gra♠↑©phics drawn by AUTOCAD softwar↓™¶£e (self-programming)÷✘•;

5. Equipped with CCD cameε×ra monitoring system, con♣≠¶venient for observation₽π and precise positioning;

6. No need for cons‌≠umables, high reliability ofδ✘ the equipment, continu♣↕÷​ous and stable procesβ"sing for 24 hours, low operation a♠'±≥nd maintenance costs;

7. Special machine §♠¥↕customization ability is∏¥δ strong, and exclusive m×® ×odels can be tailored according to cust≠∏♠αomer needs, and special aut±♠omatic tooling fixtures can be cu↓♠σδstomized to realize the automatic we'→♣lding and processing of products;

8. Simple operation, ¥✔★¥no need for professional welder techn←←↔≠icians to operate;

9. No consumables needed in ''the later stage.

Note: The shape and performance of the machγ≥₽☆ine can be designed accordi≈¶<<ng to the actual situation and ™σεrequirements of the custλ"omer, and the welding m¥© •achine, special fixture and laser auβδ¥tomation integration (non-standard m"★₩•achine) can be customized for the cust≤₽₹∏omer. There are no fixed models©♥♥ for non-standard machines. All sΩ<tyles are based on meeting cuγ ₩×stomer requirements and∑∏ε₩ then make corresponding changes.β×

Mainly used for welding of ‍©‍stainless steel, aluminum alloy,©δ≤¶ steel, aluminum, gold,↔×✘€ silver and other metals, $↕welding of the same λ ♠σmaterial and welding of some dis☆£similar materials. Can weldδ ↓ slightly thicker plates