By utilizing the excellent directionality and high power density of laser beams, the laser beam is focused on a very small area through an optical system, forming a highly concentrated heat source area at the welded area in a very short time, thereby melting the welded material and forming a solid weld and seam.

Energy concentration, high welding efficiency, high processing accuracy, and large weld depth to width ratio;

Small heat input, small heat affected zone, small residual stress and deformation of the workpiece;

Non contact welding, fiber optic transmission, good accessibility, high degree of automation;

Flexible joint design, saving raw materials;

The welding energy can be precisely controlled, the welding effect is stable, and the welding appearance is good.

WS1000-A Welding Laser
Wavelength (nm)	915
Fiber optic splitting number (n)	1/2
Fiber core diameter (um)	400, 600, and other options are available
Fiber length (m)	10. 15 levels optional
Average power (W)	1000
Cooling method	water-cooling
work environment	Storage temperature:- 20°C~60°C； Humidity:<70%/Operating temperature: 10 ° C~35 ° C; Humidity:< 70%
Total power (Kw)	1.5
Power requirements	Three phase 380VAC ± 10%; 50/60Hz
Total weight (Kg)	70
Dimensions (mm)	485*237*663
WTA-S-A welding workbench
Work area (mm)	4000 * 300 (standard, customizable)
Minimum focused spot diameter (mm)	0.1
Mirror positioning accuracy (mm)	＜0.02
Welding seam teaching method	Coaxial CCD Teaching
Lifting range (mm)	0~300 (standard, customizable)
Graphic format supported	PLT format, etc
work environment	Storage temperature:- 20°C~60°C； Humidity:<70%/Operating temperature: 10 ° C~35 ° C; Humidity:< 70%
Total power (Kw)	5
Power requirements	Three phase 380VAC ± 10%; 50/60Hz
Total weight (Kg)	200
Dimensions (mm)	1000 * 1200 * 1600 (excluding fiber optic bracket)