1. The optical fiber transmissio®©ε n laser welding machine γ&>has the characteristics of high siβ✘α‍ngle-point energy, small ✔≥welding width, small thermal infl™α✘σuence, and small deformation. It is <¶very suitable for welding thin p<'₩lates below 0.5mm;

2. Equipped with a CCD mon♠╶itoring system, which can observe   ★✘the welding seam effect and welding po÷εsition in real time;

3. The welding seam is smooth and beau♣♦₩✘tiful, without air holes, a$βΩnd the back of the welding pδ↑lace is not easy to turn yell✘₹ow;

4. Capable of detecti≥♦•on function, which can monito☆♠•σr laser energy and power output i↕'™×n real time, find abnormalit&∞‌Ωies and activate protection;≤&÷​

5. Energy feedback function$©↑, real-time inspection of laser e₽♣πnergy. It can effectively solve energy÷≠ fluctuations caused b§∏≈↕y changes in voltage fluctuati✔★ons, xenon lamp discharge dΩ≈©ifferences, xenon lamp÷ ↔ aging, water flow, water temp≤← erature and other faα≈←ctors (energy feedbac'πβ∞k and current feedback are optiona≈λγ£l);

6. The equipment can be set>φ'$ with 32 sets of different welding p×<rocess parameters to meet different←₹∞£ welding requirements;

7. The power supply has∞​σ∏ an automatic shutter control λ∞function, which can realize♣₽☆• multi-head laser welding of time a✘•nd energy (optional);

8. It can meet welding req↓×→uirements such as spot welding, taiΩ™lor welding, stitch wel∞&ding, and sealing welding;

9. There are consumables in the later≈∏§≥ stage (lamps need to be replaced eδ±very 4 months or so).

Note: The shape and performance of theλσ‍↓ machine can be designedπ₽ according to the actual situation an π  d requirements of the customer, a ¶♣nd the welding machine, special fixt£‍≤δure and laser automation integra®↑ tion (non-standard m¶₽achine) can be custom✔≥ized for the customer. Therε≥☆↔e are no fixed models for n$←on-standard machines. All styles ‍≥ are based on meeting customer requ₽∞ε★irements and then make correspoαε↔πnding changes.