The surface of metals is always damaged by many factors, The laser cladding process allows for property improvements for the surface of a part, including better wear resistance, as well as allowing for the repair of damaged or worn surfaces.
Laser cladding is a technique for adding one material to the surface of another by coating and welding which involves the feeding of the metallic powder into a melt pool that is generated by a precisely focused laser beam.
The highly accurate nature of the laser beam allows fully dense cladding with a perfect metallurgical bond.
The precise nature of the process allows the quality of the coating to be accurately controlled.
The result is a metallurgically bonded layer which is tougher than can be achieved with thermal spray and less dangerous to health than the process of hard chromium plating.
Creating this mechanical bond between the base material and the layer is one of the most precise welding processes available.
Laser type | Solid state Yb: YAG thin-Disk laser, fiber coupled |
Wave length | 1030 nm |
Power | 1800 w |
Laser mode | CW |
Fiber core | 600 micrometers |
Number of Axis | 5 axes (include: X, Y, Z, A, B, C) |
Axis pulse | Rotary Table |
Stroke | X: 1300 mm, Y: 400 mm, Z: 600 mm, A: ±179°, B: ±60° |
Positioning accuracy | ± 0.05 |
Repeatability | ± 0. 1 |
Max sync Speed | 10 m/min |
Workstation bearing capacity | UP to 400 Kg for 2 axes |
Cooling | water |
Powder feeder rate | 0.5-25 gr/min |
Powder size | 10-200 micron |
Powder tank size | 1.5 lit |
Cladding head | 3 channels |
Technical Data Sheet Technical Data Sheet Popular | 03/08/1400 20:21:15 269.06 KB | |