Power equipment is distributed in a large amount and runs uninterruptedly, and its parts have a high probability of damage. Steam turbine is the core equipment of thermal power generation. Due to the special working conditions of high temperature and heat, it is necessary to repair damaged unit parts, such as main shaft diameter and moving blades, on a regular basis every year. Gas turbines are often damaged due to their working under high temperature conditions as high as 1300°C. Using laser remanufacturing technology to repair all its defects and restore its performance, the cost is only 1/10 of the price of the new unit.

The application of laser surface treatment and remanufacturing technology in the energy industry includes: laser cladding strengthening and remanufacturing of generator rotors, wind turbine rotors, main shafts, gears, water coolers, blowers and other components.

The application of laser surface treatment and remanufacturing technology in the petrochemical industry includes: wear-resistant and corrosion-resistant cladding on the surface of various pump bodies; ultra-high-speed laser on the surface of equipment parts such as oil pipelines, oil drilling screws, centralizers, stabilizers, etc. Anti-corrosion and wear-resistant cladding.

The application of laser surface treatment and remanufacturing technology in the metallurgical industry includes surface strengthening and remanufacturing of various metal special equipment parts such as rolls, gear shafts, pinch rolls, transmission shafts, etc.; it can be commonly used with casting machines, billet continuous casters, and electromagnetic stirring Equipment, molding equipment, core making equipment, sand processing equipment, smelting equipment, sand falling and conveying equipment, resin sand machine, cleaning equipment, metal rolling machinery and other equipment parts.

The mold industry is known as the "mother of industry" because it is the basic manufacturing equipment. Mold is an important method of material molding and an indispensable part of modern manufacturing. With the rapid development of modern industry, the mold industry plays a huge role in it. 60% to 80% of the parts and components must be formed by molds. However, when working under high temperatures and high pressure, the mold is extremely easy to deform, which seriously affects the production of products. quality.

In response to the serious problems of mold wear and deformation, WILA Laser has developed and designed industry-specific laser strengthening and remanufacturing equipment, as well as laser cleaning products for parts in the mold industry. Laser strengthening and remanufacturing technology use modern laser technology to strengthen and repair molds and improve mold hardness. They can not only extend the service life of molds but also repair worn molds and restore their original appearance. And it can clean the gaps that cannot be cleaned by the mold, and realize the processes of laser derusting, laser degreasing, and laser deoxidation.

Long-term service of aerospace vehicles in complex (high altitude, high speed, rapid changes) and harsh (high temperature, high humidity, heavy load, ocean salt spray, acid rain, etc.) harsh environments often cause abrasions on the surface of aviation equipment and loss of coatings. Luster, cracks and falls off, and loses its protective effect; metals undergo oxygen-absorbing corrosion, electrochemical corrosion, etc., which lead to the destruction of aviation materials, which directly affects the normal operation of the parts. The surface of aerospace parts not only needs to have a better coating but also the corroded parts need to be cleaned and repaired.