Surface processing

Surface processing includes processes for modifying, refining or optimizing workpiece surfaces. It plays a central role in industrial production, as surfaces have a significant influence on properties such as corrosion protection, wear resistance, friction behavior, appearance or adhesion.

Surface processing includes mechanical processes such as grinding, polishing, brushing, blasting or deburring as well as chemical and thermal processes. The aim is to smooth, roughen, clean or prepare surfaces for subsequent coatings. Particularly in painting and coating technology, an even and clean surface is crucial for the quality and durability of the subsequent coating.

In metal, plastic, glass or wood processing, different processing methods are used depending on the material and requirements. Modern systems are often automated and enable high process reliability and reproducible surface qualities. Digital process monitoring and robot-assisted processing are becoming increasingly important.

Surface processing is therefore an important part of surface technology as a whole and forms the basis for high-quality and functional components in many industrial sectors.