1. The optical fiber transmission las ↔er welding machine has ∑₩the characteristics of high &÷≤™single-point energy, s δmall welding width, small th∏®♠ermal influence, and small defor☆×≥←mation. It is very suita<"←‌ble for welding thin plate₩£βs below 0.5mm;

2. Equipped with a ₩¶≥CCD monitoring system, which can obse> ♦rve the welding seam effect and welding±&π position in real time;✘​↕

3. The welding seam•>♦₽ is smooth and beautiful, without air σφφ₹holes, and the back of the welding≥≈∞ place is not easy to turn ye"®llow;

4. Capable of detection fuφ→nction, which can monitor laser ≠™πenergy and power output in rea<<l time, find abnormaliti£¶™es and activate protection;

5. Energy feedback function, ₹§real-time inspection of laser en♦÷$→ergy. It can effective ∏≥ly solve energy fluctuations ₹ε$ caused by changes in volt>¥‍αage fluctuations, xenon lamp"• discharge differences, xe©←non lamp aging, water flo® ♠↑w, water temperature a≤↕nd other factors (energy feedback and×≠σ≈ current feedback are o¥↑¶≥ptional);

6. The equipment can be set with 32♥∑ sets of different weld×πing process parameters to meet♥  different welding requireme♣±§¶nts;

7. The power supply ha÷£​s an automatic shutter control functio∞&≤n, which can realize multi-head las±δ↓er welding of time and ene♥'♥☆rgy (optional);

8. It can meet welding requirements π÷ such as spot welding, tailo £ ≠r welding, stitch welding, and sealing ♦€♣welding;

9. There are consumables in theα×‍β later stage (lamps need to be r≈λ≤eplaced every 4 mont" ​hs or so).

Note: The shape and performa∑λnce of the machine can be designe✔εd according to the actu♥×₹al situation and requirements of ♠​±‌the customer, and the we→↓§lding machine, special fixture and las∏¶•★er automation integratγ​ion (non-standard machine) can₩☆ be customized for the customer. There σ↔®are no fixed models fo©™§r non-standard machines. All s →tyles are based on meeting customer r≠φequirements and then make corΩ♠≥responding changes.