Applications

Laser cladding is a versatile technology with a wide range of applications across various industries. It is a cost-effective technology that creates high-performance alloy surfaces on inexpensive metal substrates without altering the properties of the substrate. This reduces costs, conserves precious & rare earth materials, and contributes to a sustainable circular economy.

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Bearings

Laser cladding enhances bearing performance, reduces non-ferrous metal use, and improves energy efficiency and durability.

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Hydraulics

Laser cladding offers superior wear and corrosion resistance, minimal distortion, environmental benefits, and quick turnaround for hydraulic rods.

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Ground Engaging

Laser cladding enhances durability and protection for earth-moving equipment, reducing wear, impact, and corrosion under extreme stress.

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Pumps & Valves

Laser cladding enhances durability, wear, and corrosion resistance for oil, gas, and petrochemical industry components, ensuring cost-effective restoration.

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Rolls

Laser cladding protects paper and steel industry machinery from corrosion and wear, extending equipment life and reducing maintenance costs.

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Turbines

Laser cladding enhances turbine blade durability, wear & erosion resistance, and reduces maintenance costs in renewable energy applications.

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