Laser cladding technology has a wide range of applications, almost covering the whole machinery manufacturing industry, including mining machinery, petrochemical, power, railway, automobile, ship, metallurgy, medical equipment, aviation, machine tool, power generation, printing, packaging, mold, pharmaceutical, and other industries.

1.Manufacturing and remanufacturing of mining equipment and its parts

Because of the bad working environment, the damage speed of parts and components is relatively fast

2.Manufacturing and remanufacturing of power equipment and its part

The distribution of power equipment is large and it operates continuously, so the damage probability of its parts is high. The steam turbine is the core equipment of thermal power generation. Due to the special working conditions of high temperature and high heat, it is necessary to regularly repair the damaged parts of the unit every year, such as the main shaft diameter, moving blades, etc. The gas turbine is often damaged because it works at a high temperature up to 1300 ℃. The cost of laser remanufacturing is only 1 / 10 of the price of the new unit.

3.Manufacturing and remanufacturing of petrochemical equipment and parts

The modern petrochemical industry basically adopts the mode of continuous mass production. In the production process, the machine works in a bad environment for a long time, resulting in the damage, corrosion, and wear of the components in the equipment. The components that often cause problems include valves, pumps, impellers, journals, discs, bushings, and bearing shells of large rotors. Moreover, these components are very expensive, involving There are many kinds of parts, most of which are very complex in shape, so it is difficult to repair them. But because of the emergence of laser cladding technology, these problems are not problems.

4.Manufacturing and remanufacturing of railway equipment and its parts

With the rapid development of the social economy, the demand for new railway vehicles is very large, and the requirements for the quantity and performance of the main parts are also increasing. As a new resource reuse technology, remanufacturing technology can be applied to the remanufacturing of vehicle parts which are easy to wear. Laser surface strengthening is the core technology and technological means of remanufacturing, in which laser surface cladding technology can be used to repair and strengthen the surface of remanufactured parts.

5.Remanufacturing of key parts of equipment in other mechanical industries

The remanufacturing of key parts in other machinery manufacturing industries involves metallurgy, petrochemical, mining, chemical industry, aviation, automobile, ship, machine tool, and other fields. Aiming at the wear, erosion, and corrosion parts of precision equipment, large-scale equipment and precious parts in these fields, laser cladding processing technology is used for repair and performance optimization.