Laser is an abbreviation for "Optical Amplification of Stimulated Radiation". This technique produces a beam of intensely focused heat rays that can be added to similar or different alloys. The laser welding process can be completed quickly. (Usually in children), and will not cause scars or blemishes on the welding surface. In fact, through the indirect method of adjusting the laser, a laser welding machine can be used to achieve a surface treatment close to polishing. Because there are very few contaminants generated at the welding point, few users can easily weld the most complex and complicated processing methods of 0.1 mm, polished surfaces and can form components.

Nowadays, the tool and mold workshops that use laser welding machines tend to be able to produce quality products based on their wide range of applications and extended periods of use of materials, while eliminating excessive heat effects.

 

 

 

Product parameters:
 

Model	ML-WY-M02
Average laser power	400W
Max energy of single pulse	15J
Laser wavelength	1064nm
Pulse width	0-20ms
Laser welding frequency	0.5 -100HZ
Spot size range	0.2-2mm
Welding wire	0.1-0.8mm
Power Supply	380VAC ± 10% / 50-60HZ
Power Consumption	12 KW
Water pressure protection	≤ 0.025MPa
Cooling water temperature	≤ 35 degrees
Temperature protection	45 degrees
Cooling water flow	10L/min
Dimensional	1000mm x 600mm x 1500mm
Weight	560kg
Cooling Way	Water cooling
Laser Type	Pulse
Hazard Class	4 Class

 

 

 

Repair cracks, collapsed horn, touched edge and damaged sealing side, welding on horniness material (~HRC60). This machine’s arm could be move up and down, front and backwards, left and right side.