Laser Cladding Machines

• Perfectly metallurgically-bonded andfully dense coatings
• Minimal heat affected zone and lowdilution of the substrate and filler material.
• Low dilution means that functionalcoatings will perform at reduced thickness,so fewer layers are applied
• Fine, homogeneous microstructureresulting from the rapid solidificationrate that promotes wear resistance ofcarbide coatings
• Edge geometries can be coated andbuilt up with welded deposits
• Near net-shape weld build-up requireslittle finishing effort
• Extended weldability of sensitive materialslike carbon-rich steels or nickel based super alloys that are difficult oreven impossible to weld using conventional welding processes
• Excellent process stability and reproducibility because it is numerical controlled welding process

These machines are given for improving surface protection features and also for repairing various damaged components. Our experts offer these machines with most perfection to attain the satisfaction of the clients. Cladding machines provided by us are highly effective and appreciated by the clients. We offer these machines at affordable prices.

Features:

• Easy to maintain
• Perfect finish
• Long service life

The main fields of application are to be found in machine-tool and plant engineering and engine manufacturing for the aircraft and automotive industries. Laser cladding can be used for a wide variety of purposes. Laser cladding is a deposition welding process in which a layer of powder is deposited on the substrate material, and the two materials are fused by metallurgical bonding through the action of a laser beam.

The characteristic features of this process are:

• Highly precise, automated deposition of a layer of material with a thickness varying between 0.1 millimeters and several centimeters
• Metallurgical bonding of the cladding material with the base material
• Low heat input into the substrate
• A wide selection of homologous and non-homologous powder materials
• The ability to process virtually any type of metal alloy By varying the process parameters and selecting different powder materials, a component's surface can be either alloyed or cladded with a carbide or similar coating.
• Typical deposition rates lie in the region of several cm2 per minute for layers with a thickness of around 1 mm.