Product details:
In the development of vacuum devices, laser welding has also been applied. The thickness of the elastic thin-walled corrugated sheet in the sensor or thermostat is 0.05-0.1mm, which is difficult to solve by traditional welding methods. TIG welding is easy to weld through, and the plasma stability is not good. There are many influencing factors, and the laser welding effect is very good. widely used.
Advantages:
Highly flexible welding system, which is easy for automation.
Without laser welding residue, which makes it more suitable for products like pharmaceutical ones produced by the State Food and Drug Administration and electronic sensors.
Easy operation, possible to weld workpieces with a small size or complex shape, structure, and even 3D surface. It is possible to weld areas where other welding methods fail to do.
Pressure on the welded workpieces is not needed, small overall deformation, and minimum damage to the surface of the endothermic coating.
Parameters:
Equipment model | FL-YW80C | FL-YW150C | FL-YW300C | FL-YW600C |
Laser output power | 80W | 150W | 300W | 600W |
Laser wavelength | 1064nm |
Laser type | YAG |
Pump source | Xenon lamp |
Maximum single pulse energy | 50J | 80J | 100J | 120J |
Pulse width | 0-20MS |
Continuous frequency | 1-200HZ |
Solder spot size | 0.2-2MM |
Maximum welding depth | 1.5mm | 2.0mm | 2.5mm | 3.0mm |
Optical fiber | core diameter 400um length 3m (optional) |
Cooling method | Water cooling |
Power system | 4KW（three-phase） | 6KW（three-phase） | 12KW（three-phase） | 20KW（three-phase） |
Power demand | 380V±10% | 380V±10% | 380V±10% | 380V±10% |
