1. Using pure fiber laser,↕≠ α the beam quality is excellent, th♥φe photoelectric conve>™rsion rate is high (multiplγ☆>e times of YAG laser), l↑δow energy consumption, and longφ©← service life;

2. The welding seam is thin, the peΩ♦☆netration depth is lar♥¥ge, the taper is small, the pre₽₽♥cision is high, the welding spee↕£ d is fast, the welding seam★±← is firm, and the welding pγ♥®lace is smooth and fl→®↑at;

3. It can weld complex t•®racks such as planes↓₹, circles, and arcs;

4. Weldable graphics include: p←↔§♠oint, line, circle, square or any Ω ​plane graphics drawn by AUTOCAD softwa​↑re (self-programming);

5. Equipped with CCD camer✔‍a monitoring system, co‌εφ£nvenient for observation and  ' precise positioning;

6. No need for consumables, h♥≥igh reliability of the equipment, coφ¶ntinuous and stable procesδ✘₹ sing for 24 hours, low∞↑↔  operation and maintenance costs;

7. Special machine cuσ≤stomization ability is strong, and eλ≤  xclusive models can be tailored a≠₽ccording to customer ©↓needs, and special automaα☆tic tooling fixtures can₩₩ be customized to realize the au≠♣tomatic welding and processing oΩ♦₩f products;

8. Simple operation, & no need for professio™α©nal welder technicians to operate;

9. No consumables needed in the late>↓×♥r stage.

Note: The shape and perform♥εance of the machine ca ≥<n be designed according t™‌≠o the actual situati§'on and requirements of the custo•"mer, and the welding machine, specia♣↓≈l fixture and laser automation integσ≈ration (non-standard machine) caΩ★n be customized for the £★∏<customer. There are no fixed mφ®♥odels for non-standard machinλφ≤es. All styles are based on¥σ< meeting customer requiremeσ×☆nts and then make correspon ε♣ding changes.