1. The optical fiber tr ¥γansmission laser weldiπ♥ng machine has the characterist&✔ics of high single-p​δoint energy, small welding wi≥σdth, small thermal influenc≠∞©​e, and small deformation. It is very s÷>$uitable for welding thin plates below 0•∞ε.5mm;

2. Equipped with a CCD moni&​toring system, which can obser±©™→ve the welding seam effect an ♣d welding position in real time;

3. The welding seam is smo✔γδoth and beautiful, without air hole✔‌₹s, and the back of the welding&<  place is not easy to turn yellow;

4. Capable of detection funcβ>♠tion, which can monitor laser ΩΩ"energy and power output in re↓±  al time, find abnorma← $lities and activate protection;

5. Energy feedback δ¥function, real-time inspection of <±±'laser energy. It can effectively solve<↕≈★ energy fluctuations caused by chang★<✔αes in voltage fluctuations ✔¶​, xenon lamp discharge differ₽<≥ences, xenon lamp aging, water f≠‍←low, water temperature and other facσ±↑₹tors (energy feedback₽≥δ  and current feedback are optional‌‌♣$);

6. The equipment canφβ be set with 32 sets of different w♥↓✔ elding process parameters t&→o meet different welding   requirements;

7. The power supply ↑¥×↑has an automatic shutter contrβ↔ol function, which can realize mul↕•ti-head laser welding of time an≠♥d energy (optional);

8. It can meet weldi↔β ng requirements such as spot weld€γing, tailor welding, stitch welα'©ding, and sealing welding;

9. There are consumables×ε₹© in the later stage (lamp​♦§♥s need to be replaced every 4 mon₩₽ths or so).

Note: The shape and performanc♦₩e of the machine can be ↕₽‌designed according to the actual si•♣↓§tuation and requirement↔δβ←s of the customer, and the welding maγ₽γ>chine, special fixture and laser ‌€§automation integration (non-standarφ♣≈d machine) can be customized for the &'♥λcustomer. There are no fixed m'<≈φodels for non-standard machinβ↓es. All styles are b£€​ased on meeting customer requirements a₩<>nd then make corresp∞₹$onding changes.