1. Using pure fiber laser, γ×₩↓the beam quality is €‌‌™excellent, the photoelectricΩ><γ conversion rate is high (multiple ti ₩mes of YAG laser), low e↓ ♥₽nergy consumption, and γ±long service life;

2. The welding seam is ♦¶thin, the penetration dep↕¥♠♠th is large, the taper is smβ•all, the precision is ≤σhigh, the welding speed is fa∞<&↓st, the welding seam•↔↑≥ is firm, and the welding ✔  place is smooth and flat;

3. It can weld complex tracks such aε> ♠s planes, circles, and arλ≤♠cs;

4. Weldable graphics include: point↔  , line, circle, square or any plane <€ graphics drawn by AUT≤&βOCAD software (self-programmΩ¥≠ing);

5. Equipped with CCD camera ↓"monitoring system, convenien→γ∞t for observation and precise positioΩ§Ωning;

6. No need for consumables, high rel$®iability of the equipment, continuous↓≥ and stable processing for 24 hour≤ s, low operation and maiσ♠¶×ntenance costs;

7. Special machine customi&§zation ability is strong, and exclusβ÷ive models can be tailored ac→→₹cording to customer nee∞∞∞ds, and special automati♠π↔c tooling fixtures can be customized t☆​₩Ωo realize the automatic welding an¥₽"≈d processing of produc♠≤σ¶ts;

8. Simple operation, n®↕o need for professionaε€l welder technicians to o♠φ§perate;

9. No consumables needed in ₹✔the later stage.

Note: The shape and performance of the≥​ € machine can be designed accordinα←g to the actual situ×₩→ation and requirements of the cu'ε →stomer, and the welding machin∞₽∑e, special fixture and laser automatio↓γ∑↑n integration (non-standard machine♠×≥φ) can be customized for the c₹≠→↔ustomer. There are no fixe₩γ♠d models for non-standard machines. A$®ll styles are based on meeting custo'​♦Ωmer requirements and then make cβ↑♣orresponding changes↑→×.

Mainly used for welding of stainless s♣Ω§teel, aluminum alloy, steel, aluminum, ★•• gold, silver and ot×​≥♦her metals, welding of ≥♦Ω the same material and weldiφ↓↑ng of some dissimilar materials. Can wε‌ελeld slightly thicker plate§♣∞•s