Laser processing
Surface treatment lasers are technologies that use precise light beams to modify the surface properties of various materials, such as metals, plastics, ceramics or glass. Laser processing is used in many industries, including the automotive, electronics, medical and aviation industries.
Laser hardening
- The laser heats the surface of the material, creating a thin, hardened layer. This increases abrasion resistance, which is particularly useful in parts exposed to intense wear.
- This process is used, among others, in the automotive industry, for hardening elements such as crankshafts or gears.
Laser Etching and Cleaning
- Lasers are an effective tool for removing rust, dirt, paint or protective coatings from metal surfaces without damaging the base material.
- Laser cleaning has an advantage over traditional methods in that it is more precise and does not generate chemical waste.
Micromachining and engraving
- Lasers make it possible to make small details on the surfaces of materials, e.g. engraving logos, serial numbers or patterns.
- Depending on the power and settings of the laser, you can obtain very precise details of various depths.
Surface Texturing
- Lasers can create a variety of patterns on the surface of materials that change their mechanical and aesthetic properties. Examples include anti-slip textures on handles or work surfaces.
- In the automotive and aerospace industries, laser texturing helps improve the grip and aerodynamic properties of components.
Cladding
- Laser cladding involves applying thin layers of protective materials to a surface to increase its resistance to corrosion and wear.
- This process is used, for example, in the petrochemical industry to extend the life of parts operated in difficult conditions.
Advantages of laser processing
- Precision: Lasers allow for precise control over the machining process.
- Minimum material consumption: The laser process does not significantly affect the shape of the base material, limiting losses.
- Repeatability and automation: Lasers can be easily integrated into production systems, allowing for full process automation.
