1. The optical fiber transmissio←↓‌n laser welding machine has the charaλ≤cteristics of high single-pointβ§♣π energy, small welding width, small t≤→hermal influence, and small deforma♥→∑'tion. It is very suitab← le for welding thin plat☆×★es below 0.5mm;

2. Equipped with a CCD ≥πβ¥monitoring system, whicλ≈♦≤h can observe the welding seam effectλ∏ and welding position in real time;

3. The welding seam is smooth€α✘ and beautiful, with™π≈out air holes, and the back of t§♣he welding place is not eβ∑asy to turn yellow;

4. Capable of detection funct★±ε™ion, which can monitor laser energy '↑and power output in rea₽↑→l time, find abnormalities ∏∞¥εand activate protection;

5. Energy feedback function, reaφ←∑↓l-time inspection of laser ene‍§αγrgy. It can effective→®ly solve energy fluctuations ca"♦≈used by changes in voltage fl¶ ↓uctuations, xenon lamp dischar¥↓•ge differences, xenon la∏<mp aging, water flow, water temperature•∑¶ and other factors (energy fee£>dback and current feedback are o∏≤δπptional);

6. The equipment can be set with 32 seλ×ts of different welding ↔₩process parameters to meet different w♣₩elding requirements;

7. The power supply has an automatic s×÷"hutter control function, which c£&★an realize multi-head laser w®∑elding of time and energy (opt'♦σional);

8. It can meet welding requirem♠≈ents such as spot weldα☆λ↔ing, tailor welding,☆γ' stitch welding, and se®÷aling welding;

9. There are consumables♥₹$ in the later stage (lampβ§s need to be replaced every 4 months §§✔&or so).

Note: The shape and performan€ ☆∏ce of the machine can be design✘★ed according to the actu≈£‌al situation and requirements of the cuα ♣stomer, and the welding  Ωβmachine, special fixture and laser auto✘φ✔₽mation integration (n‌→‍λon-standard machine) canβ' be customized for the customer.₩<α There are no fixed mode∏✔←×ls for non-standard machines. Al∞♥l styles are based on meeting custo≤♠πmer requirements and then make co&≈•rresponding changes.