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Laser cladding welding

We provide surface treatment technology for workpieces used in harsh environments such as wear resistance and corrosion resistance through laser cladding welding.

<Uniform Quality> By controlling the build-up layer, a uniform layer is achieved, allowing for efficient build-up without waste. The thickness of the build-up can be controlled by adjusting the powder supply amount. <Low Distortion> With build-up welding using localized heat input, heat input to the workpiece is reduced, achieving low distortion. <Low Dilution> Achieving low dilution in the build-up layer makes it possible to maintain the hardness of the build-up surface. <Dissimilar Metal Build-Up> Build-up of dissimilar materials is possible: SS materials, SUS materials + cobalt-based, nickel-based.

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  • Laser cladding welding

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Technical Introduction: Ceramic Particle Composite Laser Cladding

Customizable ceramic particles and matrix metals to suit the usage environment!

"Composite Laser Cladding with Ceramic Particles" is a cladding welding method that uses lasers capable of welding at lower temperature ranges than conventional welding methods, allowing for the incorporation of ceramic particles into the cladding layer while maintaining the shape of the particles without melting them. By optimizing the laser heat input, it is possible to incorporate ceramic particles without decomposition. Since the ceramic particles remain unwelded, the cladding layer can possess the physical properties of both ceramics and metals. [Features] - Incorporates ceramic particles into the cladding layer while maintaining their shape without melting them. - Ceramic particles and metal matrix can be selected according to application and purpose. - By optimizing the laser heat input, it is possible to incorporate ceramic particles without decomposition. - Since the ceramic particles remain unwelded, the cladding layer can possess the physical properties of both ceramics and metals. *For more details, please refer to the PDF document or feel free to contact us.

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