Laser cladding

It is often used to improve . The powder coating material is. Laser Cladding Company Video. The coating material is introduced into this melt pool in either powder or . In this process, the laser beam melts the wire and the base metal, the melt bonds permanently and resolidifies until a small rise remains.

Whether it is for repairs, wear-protection layers, or design changes, laser cladding with powder upgrades surfaces as if they were cast from one customize industrial mold.

With laser cladding with powder, a filler metal powder coating is welded onto an existing component with a laser. A professional-looking layer, without . A high-power laser is used as the heat source in laser cladding. During the process, a surface layer is created by way of melting and the simultaneous application of virtually any given material.

The filler material can either be supplied in powder form e. The video gives a brief introduction to the laser cladding. When laser cladding is . In response to our customers needs, Whitfield Welding has added laser cladding to its additive services.

The use of a laser – a highly focused heat source – has a dramatic effect on the finished product. Helping you Overcome Your TECHNICAL Challenges. We primarily serve the marine and related sectors.

The speed of the thermal cycle makes it possible to obtain very fine microstructures and higher hardnesses than traditional welding and cladding techniques. In general, these fine structures increase resistance to corrosion. In the case of metal matrix compounds (MMCs), laser cladding avoids the fusing of. The laser melts the metal and coats the moving substrate with a fine layer.

The feed metal is fully melted while the laser also . Wear-resistant laser cladding. At laser deposition welding with powder, the laser heats the work piece and melts it locally. Simultaneously, an inert gas is mixed with the fine metal powder is added to the process. The outcome, however, is metallurgically more related to flame sprayed and then fused coatings.

The result of which is a metallurgic connection of the coating to the substrate. The group Cladding focuses its core competencies on the development of process- and system technologies for a broad spectrum of industrial laser application. Of special interest here are the two fields: surface coating, direct metal depositions for applications in repair-and generating of components and tools.

Eatonite anti-corrosion laser cladding is a high performance, field repairable, 3rd party certifie hydraulic cylinder rod coating designed for the most demanding fresh and salt water applications and harshest operating environments. A defocused laser beam is employed in laser cladding , under the function of which, preplaced or synchronous feeding powders as well as a thin layer of the substrate will melt and solidify rapidly, forming a metallurgical bond with the substrate.

Despite its obvious benefits, laser cladding is not yet widely utilized in metallic coating or prototyping applications. While laser cladding clearly offers a number of advantages over conventional fabrication technologies, the process can also have some drawbacks. Due to disturbances in the process, the clad quality may vary . This development fits into the new era of manufacturing, based . In the present study, the application of fiber laser cladding by off-axis powder injection is studied as a surface treatment or coating process.

The aim of this study is to analyze the effect of laser power, powder feeding rate, and cladding speed to melt the pool shape. The effects of change in process parameters on clad bead . With our welding repair technique – laser cladding , we are able to solve cases, where normal welding is not allowed or the extent of the repair is best solved with laser cladding.