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Fine focusing of the laser beam, precise control of the thickness and shape of the cladding layer.
A wide range of materials can be melted and clad, such as alloy, stainless steel, cobalt-based, nickel-based, and so on.
Reduce workpiece deformation, suitable for high precision parts.
Improve production efficiency and reduce the risk of manual operation.
| Parameters | ||||
|---|---|---|---|---|
| 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 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.
Laser cladding provides high precision, minimal heat input (reducing workpiece deformation), compatibility with a wide range of materials, and a high degree of automation to increase efficiency.
This system offers great material versatility. It can melt and clad various materials, including alloys, stainless steel, cobalt-based alloys, and nickel-based alloys.
The system features a Raycus RFL-C6000 laser source with a high-capacity power output of 6000W.
The overall footprint of the laser cladding system is approximately 5x3 meters, with an operational height of 1.8 meters.
By melting and solidifying the cladding material on the target surface, it creates a dense, protective layer that significantly enhances wear, corrosion, and high-temperature resistance.
