- High aspect ratio, thin weld width, minimal heat-affected zone, zero deformation, and fast welding speed
- The weld is smooth and clean, with or without simple process after welding
- High electro-optical conversion efficiency, can be as high as 25%,
- Energy consumption is extremely low
- The optical device has a long lifespan and is maintenance-free
- Laser beam splitting system: One laser source can serve several welding stations
Laser Mode | SFP150 |
Wavelength | 1070 nm |
Work Mode | QW/CW |
Maximum Average Power (W) | QW 150 W/ CW 250 W |
Maximum Peak Power (kW) | 1.5 |
Maximum Pulse Energy (J) | 15 |
Pulse Width (ms) | 0.2~50 |
Maximum Pulse Frequency (Hz) | 500 |
Wave Form | 50 x 16 sections |
Fiber Output | 1~4 |
Maximum Beam Splitting Frequency (Hz) | 80 |
Fiber Diameter (um) | 200 |
Cooling System | Air-cooled |
Power Input | 220±10%,50/60 Hz |