Technical Specifications

1. What type of laser source does it use?
It uses a continuous fiber laser, which offers higher electro-optical conversion efficiency, lower power consumption, and better beam quality than traditional lasers.

2. What is the beam wavelength?
Wavelength: 1080 ± 5 nm

3. What materials can it weld?
Carbon steel, stainless steel, aluminum, and galvanized steel.

4. What is the maximum welding thickness for different materials?

• 1500 W: 4 mm for carbon steel and stainless steel, 3 mm for aluminum
• 2000 W: 5.5 mm for carbon steel and stainless steel, 4 mm for aluminum

Performance & Features

5. Does it support continuous wave or pulsed operation?
It supports both continuous and modulated operation modes.

6. What is the welding speed and efficiency compared to traditional methods?
Electro-optical conversion efficiency is up to 35%, with energy savings and welding speeds 3–5 times faster than traditional methods. This improves productivity and reduces cost per piece.

7. What shielding gases are required?
Pure nitrogen or pure argon.

8. What types of weld joints can it handle?
Butt welding, lap welding, and corner welding.

9. What is the duty cycle at full power?
It supports continuous 24-hour welding operations.

Operational & Safety Considerations

10. Does it come with built-in safety features?
Yes, it includes a safety ground clamp. The laser will only emit when the clamp is connected to the workpiece and the welding gun is in contact with it while the trigger is pressed. If the clamp is not attached, the gun will not activate. This ensures safe operation.

Durability & Maintenance

11. How often does it require maintenance or part replacements?

• The protective lens may need to be replaced monthly depending on use.
• The copper welding nozzle usually needs replacing every 3 to 5 months.