Fan laser welding machine

A. Controlled by an industrial PC, it can meet the needs of flat graphic trajectories such as welding points, lines, circles, and squares. The welding program can be modified and operation and modification permissions can be set.
B. The X and Y axes are step driven, with a stroke of 400mm for the X axis, 300mm for the Y axis, and 150mm for the Z axis. The repeated positioning accuracy reaches ± 0.02mm (the stroke can be designed and changed according to customer requirements).
C. The laser head can be raised and lowered to adjust the focal length, with an angle dial and a manually adjustable ± 45 ° tilt posture.
D. The welding trajectory adopts CNC programming input, and the welding process is automated.
F. Standard 14 inch LCD display

1. Laser welding is a metallurgical bonding method with a bonding force of up to 600Mpa, while the bonding force of traditional welding is only about half of that of laser welding.
2. The appearance surface formed by laser welding is smooth, while traditional welding is relatively rough!
3. Laser welding has minimal thermal deformation and will not cause thermal deformation of the workpiece. The temperature of the entire workpiece after welding will not exceed 40 ° C, while traditional welding temperatures can reach several hundred degrees or more.
4. Laser welding only melts the substrate, making it easier for the fan to achieve dynamic balance during rotation.
5. Laser welding does not have any adverse effects on the body.