1. The optical fiber transmission lase↕≥​r welding machine has the chara¶♣≤cteristics of high single-point∞✘₩÷ energy, small weldi ♥₹ng width, small thermal influence≤≈☆, and small deformation. ​ It is very suitable fo≠δr welding thin plates below 0. γ₩5mm;

2. Equipped with a CCD monitor∏₹ing system, which can oλε"bserve the welding seam effect and★' welding position in real time;‌★

3. The welding seam is€£ smooth and beautiful, witho↕¥‍ ut air holes, and the back of the weπ​‍lding place is not ea₩ ™•sy to turn yellow;

4. Capable of detection function, whi×♣ch can monitor laser energy a‍ nd power output in real time, find abn ↔>ormalities and activate protectio"•n;

5. Energy feedback function, real-ti✔₹me inspection of laser energy. It can e​÷Ωffectively solve energy fluctuations¶♣ caused by changes in vσ™ ☆oltage fluctuations, xenon la∑''mp discharge differences,¶™ xenon lamp aging, water&γ  flow, water temperature and other fact§÷ors (energy feedback and curre>↕nt feedback are opti×☆onal);

6. The equipment can be set with♠  32 sets of different welding p§βε€rocess parameters to meet different wel™ε §ding requirements;

7. The power supply has ≥♠♦♠an automatic shutter control fu→&✔nction, which can realize multi-hea$↑¶d laser welding of time and en™ ♦ergy (optional);

8. It can meet weldin≈•★g requirements such as ₩₩π∞spot welding, tailor welding, stitc→₹σ↔h welding, and sealin✔♣Ωg welding;

9. There are consumables in the later&€↑ stage (lamps need to be replace®♣d every 4 months or so).

Note: The shape and per♠±π>formance of the machine can  →" be designed according to the actu<εal situation and requirements of <Ω®'the customer, and the wel∞φding machine, special fixture and las<λ•αer automation integration (non-γ★±standard machine) can be cu"☆ γstomized for the customeβ↕r. There are no fixed models for ✔♠non-standard machines. All©§ styles are based on me↑✔♥eting customer require↑±×ments and then make corresp§∏®onding changes.