Laser Cladding Solutions

What solutions does laser cladding provide?

Laser cladding provides durable solutions for protecting and restoring industrial components exposed to wear, corrosion and surface damage. Using this technology, high-performance metallic layers are precisely applied to critical zones of a component — exactly where protection or restoration is required.

Thanks to metallurgical bonding and a virtually pore-free structure, a durable protective layer with a long service life is created. Laser cladding is suitable for both new components and repairs, ensuring that parts continue to perform reliably under heavy mechanical, thermal and chemical loads.

Controlled heat input and high positioning accuracy minimize distortion of the base material and enable precise dimensional restoration. As a result, component lifetime is significantly extended, unplanned downtime is reduced and maintenance costs are significantly lowered.

Corrosion-resistant coatings

Corrosion is a major cause of material degradation, unplanned downtime and increased maintenance costs. Corrosion-resistant coatings are used to protect components and extend their functional lifetime.

In applications where high mechanical, thermal or chemical loads occur, conventional coatings often fall short. In these cases, laser cladding offers a fundamentally different approach.

Using laser cladding, corrosion-resistant alloys are metallurgically bonded to the base material. This creates a wear- and corrosion-resistant layer without weak bonding interfaces. The base material remains protected even under extreme operating conditions.