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Gongda Laser has launched 532nm band model aiming at the pain points such as severe spatter when welding high reflective materials in infrared band. With 532nm wavelength, copper and other high reflective materials can be welded efficiently, with high quality and high repeatability - at the same time, they are not affected by the surface properties of materials. The spatter formed is reduced to the minimum and has high repeatability. Whether it is spot welding or wire welding - 532nm laser can ensure the reliability of heat conduction welding and deep penetration welding.
Product introduction
Gongda Laser has launched 532nm band model aiming at the pain points such as severe spatter when welding high reflective materials in infrared band. With 532nm wavelength, copper and other high reflective materials can be welded efficiently, with high quality and high repeatability - at the same time, they are not affected by the surface properties of materials. The spatter formed is reduced to the minimum and has high repeatability. Whether it is spot welding or wire welding - 532nm laser can ensure the reliability of heat conduction welding and deep penetration welding.
Product features
1. Suitable for welding of copper and other high resistivity materials
2. Compared with infrared laser, there are almost no flyers during welding
3. Faster absorption and high repeatability
4. Higher absorption, completely stable and reliable copper welding process
MODEL | GCL-20 | GCL-50 | GCL-100 | GCL-200 | GCL-300 |
Average power (W) | 20 | 50 | 100 | 200 | 300 |
Working mode | Continuous /modulation | ||||
Maximum modulation frequency(KHz) | 5 | ||||
Central wavelength(nm) | 532 (±3) | ||||
Bandwidth 3dB(nm) | <1 | ||||
Long term power stability(%) | <3 | ||||
Beam quality( M2) | <1.3 | ||||
Operating voltage (VAC) | 220V | ||||
Rated power consumption(kW) | 0.6 | 1.2 | 1.6 | 2 | 2.5 |
Working environment temperature(℃) | 5~35 | ||||
Cooling mode | water-cooling |