1. The optical fiber t↔₽±ransmission laser welding machin'€e has the characteristics of high si♣¶✔ngle-point energy, sm§€γall welding width, small thermal influα∞σence, and small deformation. I"ש™t is very suitable for welding thin≥¥←≥ plates below 0.5mm;

2. Equipped with a CCD monitoring sys↑♦¥tem, which can observe the welding seamε​®☆ effect and welding position i↕←n real time;

3. The welding seam is smooth and÷φφ beautiful, without air holes, and th∞π♦e back of the welding p×₽lace is not easy to turn yellow;

4. Capable of detection ♦ δfunction, which can mo§βλ"nitor laser energy and po™♠♠×wer output in real timeλ☆, find abnormalities a≤<♥'nd activate protection;πα$

5. Energy feedback function, real-t↔♥ime inspection of laserφ→π energy. It can effective>λ←Ωly solve energy fluctuations"δΩ  caused by changes in voltage fl™Ω≠ uctuations, xenon lamp discharge diγλfferences, xenon lamp aging, water floγ±w, water temperature and oth♣λ&er factors (energy feedback♥↓₩ and current feedback are option±™↓$al);

6. The equipment can™ ±∞ be set with 32 sets o "←'f different welding process p♣"¶₽arameters to meet different welding req‍γ≈∑uirements;

7. The power supply has δλ↑ an automatic shutter contr≈✔ ol function, which can realize m&★ulti-head laser welding of time and π‌energy (optional);

8. It can meet welding requirements s∞↕uch as spot welding, tailor weldiβ↕ng, stitch welding, and seal$£ing welding;

9. There are consumables in thσ☆e later stage (lamps need to be replac± ↓ed every 4 months or so).

Note: The shape and performance of the×♣₩> machine can be desig☆ ned according to the actual si>•≤'tuation and requirements of th↔&≠∞e customer, and the welding machine, ↓πspecial fixture and l•₹✔πaser automation integrati∏♥on (non-standard machine$↓) can be customized for the₹¶<σ customer. There are no₩φ★ fixed models for non-standard↓≈₽ machines. All styles are based on m‌∏♣eeting customer requir∞€ements and then make correspondingΩ∏∞ changes.