Laser precision cutting laser, with good beam quality, less heat effect in the cutting seam, no heat deposition, smooth cutting edge and no burrs; high peak power (>15kW), fast cutting speed, flat cutting material and not easy to deform. Pulsed fiber laser pointer welding is mainly used for spot welding and seam welding of thin metal materials. By controlling parameters such as the waveform, width, peak power and repetition frequency of the laser pulse, a good connection between the workpieces can be formed. There are a large number of applications in industries such as batteries and electronic components.
Laser precision welding laser, the pulse width can be adjusted (1-350ns), can adapt to welding of different metal materials; the pulse width is smaller, the frequency is wider, the welding is basically spatter-free and smoother, and the welding is firm.
Advantage:
1. Wide power range (20W-500W)
2. Large single pulse energy (30mJ)
3. Wide adjustable range of parameters (pulse width 1～350ns, frequency 1～2000kHz)
4. Good beam quality (M2＜1.3)
Typical applications: aluminum oxide blackening, stainless steel coloring, plastic whitening, battery tab cutting, solar silicon wafer scribing, metal foil welding
Pulse Q-switched fiber laser series (10W～300W)
Advantage:
1. Wide power range (10W-300W)
2. Large single pulse energy (8mJ)
3. Wide frequency range (20～350kHz)
Typical applications: stainless steel blackening, metal deep carving, plastic marking, paint stripping, green laser pointer cleaning, inductor coil