[Product Features]
1. The operation console is separated from the control cabinet, making it easy to operate and enabling simultaneous welding at multiple workstations.
2. After optical fiber transmission shaping, the beam quality is good and the energy is uniform.
3. Welding speed is fast, depth is large, deformation is small, and it can also weld refractory materials.
[Technical Parameters]
Model number | DXH-PB80 | DXH-PB300 | DXH-PB500 |
Laser wavelength | 1064nm | 1064nm | 1064nm |
Maximum laser output power | 80W | 300W | 500W |
Maximum laser peak power | 0.81KW | 1.2KW | 2KW |
Maximum laser pulse energy | 35J/10MS | 90J/10MS | 110J/10MS |
Pulse width | 0.5~20ms | 0.5~20ms | 0.5~20ms |
Pulse frequency | 1~50HZ | 1~50HZ | 1~50HZ |
Number of waveforms | 50 groups | 50 groups | 50 groups |
Standard fiber diameter | 0.2mm | 0.4mm | 0.6mm |
Number of fiber optic outputs | Up to 4 routes | Up to 4 routes | Up to 6 routes |
Spectral method | Energy splitting or time splitting | Energy splitting or time splitting | Energy splitting or time splitting |
Energy stability | <±3% | <±3% | <±5% |
Closed-loop feedback control system | Real time feedback of laser energy | Real time feedback of laser energy | Real time feedback of laser energy |
Cooling method | Standard built-in circulating chiller | Standard internal circulation external chiller | Standard internal circulation external chiller |
Electricity demand | 380V±5%/50HZ | 380V±5%/50HZ | 380V±5%/50HZ |
Host power consumption | 3.5KW three-phase | 12KW three-phase | 1KW three-phase |
[Industry Applications]
Widely used in batteries, solar energy, mobile communication, fiber optic communication devices, eyeglass frames, molds, electronic appliances, instruments and meters, gold and silver jewelry, precision devices, medical equipment, aerospace components, automotive industry, motor industry, etc.
[Case picture]