Laser Cladding Machine
We are the top manufacturer of Laser Cladding Machine in Pune, India. This laser cladding machine can do cladding of complex shape geometries as well as process cladding at various angles greater than 30 degree. Also it can do cladding of highly reflective material like aluminum and copper. For cladding on big parts like long shafts wide beam nozzle also available.
Nozzle Options
1. Coaxial nozzle
2. Multi jet powder nozzle
Our laser cladding machines have worked on following cladding processes.
- Laser Cladding of Glass mold
- Laser Cladding Restoration for bearing housing
- Laser Cladding of extrusion screw for Plastic Industry
- Laser Cladding on wedge for valve Industry
- Tungsten Carbide Laser Cladding
Laser Cladding Machine Features:
- Laser power upto 10 kW (as per requirement)
- Linear track
- Robot with 7 motion axes.
- Powder feeder
- Chiller
- UPS
- Work table
- Inner Diameter Cladding
- Cladding inner diameter of circular pipes
Quick Inquiry
Frequently Asked Questions
In Laser Cladding process , a laser beam is used as the heat source to melt powder or wire based material onto the surface of another material or component giving a fully dense, homogeneous and metallurgically bonded coating layer.
It is done to improve surface properties giving wear, impact and corrosion resistance to the components. Laser cladding is used in repair manufacturing of high value components, additive manufacturing as well as cladding new parts where the above mentioned properties are desired.
The heat input in the laser cladding process is very low. It gives following advantages
- Minimum distortion
- Less heat affected zone
- Minimum dilution of deposited material in the substrate (typically <5%)
Laser Cladding is an automated Process. Automation gives us some advantages
- Accurate control over heat input
- Process stability and reproducibility is excellent
- Near net shape cladding
Due to these factors, the coating is fully dense, homogeneous and has fine micro structure. Also, the coating forms a metallurgical bond with the base material, which does not wear off easily as compared to convection thermal spray coatings.
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