Automated laser cladding machine
Working Principle
Laser cladding technology utilizes a high-energy laser beam to melt and adhere the cladding material (e.g. powder or wire) to the surface of the workpiece. After cooling, a dense cladding layer is formed. This process enhances the wear, corrosion and high temperature resistance of the workpiece.
Equipment Overview
Equipment Parameter
|
Parameters |
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| Item | Model | Qty | Brand | Note |
| Laser | RFL-C6000 | 1 | Raycus | 6000w |
| Laser Chiller | TFLW-6000WDR | 1 | Tongfei | / |
| Laser Torch | TS-8.20A | 1 | Duomu | / |
| Powder Feeder | DM-S03 | 1 | Duomu | / |
| Robot Arm | KR70 2100 | 1 | KUKA | Arm Span 2100mm |
| Robot Control Cabinet | KR C5 | 1 | KUKA | / |
| Robot Remote Control | KUKA smartPAD | 1 | KUKA | / |
| Control System | PLC | 1 | Duomu | / |
| Double-axis Position Changer | HB-50 | 1 | Duomu | Load Capacity 500kg |
| Chuck | K21-320 | 1 | Huantong | Max. clamping dia：320mm |
| One-piece Base | Customized | 1 | Duomu | / |
| Overall Equipment Footprint | 5x3m，Height 1.8m | |||
Laser cladding advantage
1.High precision: fine focusing of the laser beam, precise control of the thickness and shape of the cladding layer.
2.Material versatility: a wide range of materials can be melted and clad, such as alloy, stainless steel, cobalt-based, nickel-based, and so on.
3.Low heat input: reduce workpiece deformation, suitable for high precision parts.
4.High degree of automation: improve production efficiency and reduce the risk of manual operation.
Product Applications
