1. The optical fiber transmission lasλ§'&er welding machine has the ch§Ω©₽aracteristics of high single-point ener∏→δgy, small welding width, smal≠↕¥λl thermal influence, and&‍​  small deformation. It is£★ very suitable for welding​​ thin plates below 0.5mm✔™↔;

2. Equipped with a CCD monitor<♥‌ing system, which can β↕ observe the welding seam effect ← and welding position in real ti"β me;

3. The welding seam is smooth and bγ≤→↑eautiful, without air hole∞π♥s, and the back of the weld← ing place is not easy to turn y>♦™λellow;

4. Capable of detection fun‌¶ction, which can monitor las↕εer energy and power output in r☆ eal time, find abnormalities and activ☆≈¥↔ate protection;

5. Energy feedback f✔ unction, real-time inspe♦♦ction of laser energ<γ'↕y. It can effectively sol∑ ×ve energy fluctuations ↔εcaused by changes in vol×σ↕₽tage fluctuations, xenon lamp di↕€scharge differences, xenon₩≤♣" lamp aging, water flow, water temperat'↕&ure and other factors (energy fφ≈↑eedback and current feedback‍✘≠ are optional);

6. The equipment can be set↔₩π with 32 sets of different∏₹ welding process parameters to ₽δ♦meet different welding requirements;

7. The power supply has an automati¶÷γc shutter control functε↓₩←ion, which can realize mul♥‍ti-head laser welding of time and eneφδ‌♦rgy (optional);

8. It can meet welding require↓™ments such as spot welding, t₽ ailor welding, stitc≤δh welding, and sealing welding;®±γ£

9. There are consumables in&♦  the later stage (la←©mps need to be replaced every 4 mo∑&↕nths or so).

Note: The shape and perforσ→α↕mance of the machine can be₹≤π designed according to the≥ε£ actual situation and✘£Ω requirements of the customer, →✔and the welding machine, special fixtα↔ure and laser automation intφΩegration (non-standard machine)  ←™↔can be customized for the customer∏→. There are no fixed models for n♣ on-standard machines. All style ÷→λs are based on meeting custome÷✔r requirements and then σ≠↓δmake corresponding changes.