Electronics
Laser Marking: A Superior Technology for PCB Industry
Laser marking is an advanced marking technique that uses focused
March 26, 2025
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KT-LWP
1. High-strength alloys
2. Dissimilar material combinations
3. Metals requiring precision welding
| power | 300W-3000W |
| positioning accuracy | <8μrad |
| velocity | 1m/s |
| scope | 7060mm(standard)/9080mm(optional) |
| The central wavelength | 1070nm |
| Pulse maximum energy | 15J |
| stability | <2% |
| quality | 5mm*mrad |
| pulse width | 0.1-25ms continuous |
| Focal spot diameter | 0.2-0.4mm |
| cooling-down method | Air-cooled |
| system requirements | windows7,10,11 |
| working voltage | 200-240V 50/60Hz 1700W (suitable for 300W-2000W power)/三相380V±10%, 50/60Hz (suitable for 3000W power) |
Suitable for industries requiring high-quality welding, including automotive, aerospace, precision instruments, and electronics.
Laser marking is an advanced marking technique that uses focused
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