The PG3 is a wide pulse green laser with a fiber-coupled output. Thanks to its small beam diameter, superior beam quality,
and short focal length, the PG3 produces uniform depth and consistent welding on highly reflective metals such as gold, silver, and
Features:
1. 532nm wavelength green laser.
2. Peak pulse power up to 1kW.
3. Shorter wavelength with superior better beam quality compared to traditional 1064nm near-infrared laser.
4. Recommended for reflective difficult to weld metals such as gold, silver, and copper without the splash.
5. Produces uniform depth and smooth welding on highly reflective materials.
Applications:
High-reflection materials such as
● Copper, aluminum, gold, silver
● Medical device
● Mobile phone parts
● Electronic components
● Jewelry
2. Peak pulse power up to 1kW.
3. Shorter wavelength with superior better beam quality compared to traditional 1064nm near-infrared laser.
4. Recommended for reflective difficult to weld metals such as gold, silver, and copper without the splash.
5. Produces uniform depth and smooth welding on highly reflective materials.
Applications:
High-reflection materials such as
● Copper, aluminum, gold, silver
● Medical device
● Mobile phone parts
● Electronic components
● Jewelry
Specification:
| Laser model | PG3 |
| Laser type | YAG |
| Laser wavelength | 532nm |
| Laser output average power | 3W |
| Max. laser peak power | 1kW |
| Max. laser pulse energy | 3J |
| Pulse width | ≤5ms |
| Pulse frequency | ≤10Hz |
| Waveform number | 50 groups |
| Fiber output number | 1 path |
| Beam split mode | ------ |
| Fiber core diameter | 0.2mm |
| Closed-loop feedback control mode | Laser power feedback |
| Aiming positioning mode | Red light guide (CCD and monitor are optional) |
| Cooling mode | Internal air cooling |
| Main machine power consumption | 5kW |
| Power demand (voltage, frequency and current) | 220V±10%/50Hz/25A |
| Main machine weight | 350kg |
| Main machine dimension | 1280x550x1165mm |
Sample
Welding sample
Welding sample
Welding sample
Welding sample
