1. The optical fibe•≈★≥r transmission laser welding maαφ♠chine has the characteristics of high s≤​ingle-point energy, sm↓♦®​all welding width, small thermal•¥ε influence, and small deform&₽ation. It is very suitable for welding™" thin plates below 0.5mm;

2. Equipped with a CCD monitoring₹Ω∑↕ system, which can observe the  ​↕welding seam effect and welding positi÷®on in real time;

3. The welding seamΩ‍₩ is smooth and beautiful, ¶§™÷without air holes, and the ☆αback of the welding place is not eas<≥y to turn yellow;

4. Capable of detection fu±₽↓ nction, which can monitor ↓σ ↑laser energy and power output in real★σ time, find abnormalities©₩σ  and activate protection;

5. Energy feedback function ™, real-time inspection ofΩπ• laser energy. It can effectively solv♦ ♥±e energy fluctuations caused by ♦"changes in voltage fluctuation★σs, xenon lamp discharge diffe&✘rences, xenon lamp aging, water☆§≤ flow, water temperatu♦ re and other factors (energy>₹ feedback and current feedback are o>βptional);

6. The equipment canφφ¶☆ be set with 32 sets of difβ₹≥₩ferent welding process parameters t​↓‍±o meet different welding ​Ω™♥requirements;

7. The power supply ha♣↔s an automatic shutter control fuΩ®nction, which can realize $>multi-head laser welding of time a♦δnd energy (optional);

8. It can meet welding requ÷π↓ irements such as spot welding, tail≤∏λ♠or welding, stitch welding, and seali∑✔ng welding;

9. There are consumables in the later ×'<'stage (lamps need to be replaced ±γevery 4 months or so).

Note: The shape and performance ​< of the machine can be design±≤±ed according to the actual sit¶♣•γuation and requiremen≠♣ts of the customer, and the weldin® g machine, special fix↕₹ture and laser automation integr≤ ÷φation (non-standard ma¥≥☆£chine) can be customized for the c¥•ustomer. There are no fixed ‍™Ω¥models for non-standard machines♠ε. All styles are based o×<™n meeting customer requirements an'πγ★d then make corresponding $φ changes.