Laser Cladding

Our laser cladding solutions offer a cutting-edge process that enhances the surface properties of metals by depositing a thin layer of material using a high-power laser. This technique improves wear resistance, corrosion protection, and overall performance, ensuring long-lasting durability. Ideal for industries requiring precision and reliability, our solutions provide a superior alternative to traditional coating methods.
Laser cladding involves using a laser to fuse a powdered or wire-based material onto a metal surface, creating a robust, protective layer. This process delivers unparalleled accuracy and minimal heat distortion, making it perfect for applications in aerospace, automotive, and heavy machinery. Our laser cladding solutions are designed to extend the life of your components, reduce downtime, and optimize production efficiency.

advantages of laser cladding

Precise Material Deposition

Laser cladding provides highly controlled deposition of material, allowing for precise coating thickness and minimal material waste. This precision ensures high-quality results for applications that require detailed surface repairs or enhancements.

Minimal Heat-Affected Zone (HAZ)

Laser cladding generates a localized heat zone, reducing thermal distortion and preserving the properties of the base material. This minimizes material stress and potential warping, particularly on sensitive components.

Enhanced Surface Properties

Laser cladding improves the wear resistance, corrosion resistance, and hardness of the base material, extending the lifespan of components. It is commonly used to restore or enhance the performance of high-wear industrial parts.

Versatile Material Compatibility

 It allows for the deposition of a wide range of materials, including metals, alloys, and ceramics, onto various substrates. This versatility makes laser cladding suitable for a broad spectrum of industries such as aerospace, automotive, and oil & gas.

types of laser cladding

Blown Powder Laser Cladding

In this method, powdered material is blown through a nozzle into the laser beam and then onto the substrate where it is melted to form a coating. It is the most common laser cladding technique due to its precision and flexibility.

Wire Feed Laser Cladding

In wire feed cladding, a metal wire is fed into the laser beam and melted onto the surface. This method is often used for high-volume applications due to its efficiency and material deposition rate.

Pre-Placed Powder Laser Cladding

The powder material is pre-placed onto the substrate before the laser is applied, melting the material and bonding it to the surface. This method is suitable for large-area cladding and specific applications requiring thick coatings.

Direct Energy Deposition (DED)

A more advanced form of laser cladding, where powder or wire material is simultaneously deposited and melted by the laser beam. It is often used for additive manufacturing, including repairing or building up parts layer by layer.

laser vs alternate

laser cladding
Cladding Speed 90%
Cladding Quality 100%
Thermal Distortion 95%
Efficiency 85%
Minimal Heat-Affected Zone 95%
Eco-Friendly 90%
Thermal Spraying
Cladding Speed 90%
Cladding Quality 75%
Thermal Distortion 70%
Efficiency 80%
Minimal Heat-Affected Zone 60%
Eco-Friendly 70%
Plasma Transferred Arc (PTA) Welding
Cladding Speed 70%
Cladding Quality 90%
Thermal Distortion 60%
Efficiency 75%
Minimal Heat-Affected Zone 65%
Eco-Friendly 65%
Hardfacing
Cladding Speed 60%
Cladding Quality 80%
Thermal Distortion 55%
Efficiency 70%
Minimal Heat-Affected Zone 50%
Eco-Friendly 60%

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Pioneering the Path Forward

Scantech Laser combines cutting-edge laser technology with exceptional problem-solving expertise to empower customers and partners in advancing the future of industrial manufacturing.