What is laser cladding?

Laser cladding uses a high-power laser beam to carefully melt a metallic filler material onto the surface of the component. As a result, the process creates a perfectly bonded, resistant, and uniform layer. In addition, thermal distortion is minimal, preserving the structural integrity of the original part.

Benefits of laser cladding for turbochargers

This technique is particularly effective in turbocharger maintenance, where every micron counts. Its main advantages include:

• Restoration of original tolerances

• Increased resistance to wear, corrosion, and erosion

• Reduced engine downtime

• Extended lifespan of the rotating assembly

• Significantly lower cost compared to full replacement

Laser cladding also supports a wide range of alloys, making it suitable for the extreme operating conditions of marine and industrial engines.

Applications in marine engines, trains, and cogeneration

Laser cladding is ideal for components exposed to high loads and extreme temperatures. It is commonly used on:

• Shafts and journals

• Casings

• Valve seats

• Turbocharger rotating parts

• Surfaces affected by cavitation or corrosion

• Transmission elements and precision mechanisms

Thanks to its high precision, it ensures full compatibility with manufacturer specifications and the most demanding operating requirements.

An efficient, sustainable, and high-performance process

Laser cladding not only reduces repair costs and downtime, but also contributes to more sustainable operations. By repairing components instead of replacing them, raw material consumption decreases and part lifecycle is optimized.

Certified quality and specialized execution

We work with highly trained technicians and state-of-the-art equipment to guarantee flawless results. In addition, we comply with international standards and perform complete quality controls: measurements, adhesion tests, and dimensional verification.