Laser
Cladding

Laser Cladding is an advanced coating process that employs technology to protect and strengthen critical components. In this process, a precise layer of material is deposited on the surface of the component using a high-power laser and the coating material in powder form. The precision of Laser Cladding guarantees a perfect metallurgical union between the coating and the part, providing a series of advantages.

Laser Cladding Features:

1. Millimeter Precision: Laser technology allows precise application of the coating, minimizing material waste and ensuring uniform coverage.

2. Diversity of Materials: We offer a wide range of coating materials, allowing adaptation to the specific needs of your industry. Ferrous alloys, cobalt-based alloys, nickel-based alloys and alloys composed of tungsten carbides.

3. Resistance and Durability: Laser Cladding significantly increases the resistance to wear, corrosion and fatigue of components, prolonging their useful life.

4. Minimum Dilution: Laser Cladding applies materials with a very low level of dilution, which reduces the need for thicker coatings.

Qualities and Advantages of Laser Cladding:

1. Increased useful life: Reduces the need for frequent replacements, saving resources and energy, extending the useful life of your industrial components.

2. Reduced Maintenance Costs: Fewer production stops and corrective maintenance result in substantial savings in the long term.

3. High Performance: Laser Cladding coated components offer superior performance in harsh environments.