Friction leads to wear and losses in the power transfer. Correct adjustment and monitoring of surface parameters reduces losses and leads to drive trains with higher efficiency and better durability.

The geometries of the electrodes and the bipolar plates of a fuel cell must be manufactured exactly, so that the supplied fuel and the oxidant react optimally and the component works properly and safely.

The appearance of vehicle paint is already influenced during the sheet metal rolling. Solarius technology enables continuous monitoring of the process chain from sheet production to the clear coat.

Brake discs place high demands on evenness and parallelism. Failure to comply with these requirements can cause vibrations that affect driving comfort and safety.

Fuel injectors provide high injection pressures and precisely defined beam patterns. Even smallest defects lead to undesirable properties ranging from increased fuel consumption to engine breakdown.

Surfaces in the vehicle interior place special demands on the material. Appearance, value and durability must be maintained at a consistently high level while keeping the cost low.

High power densities of modern engines and frequent starting in short-distance operation or through the use of automatic start-stop systems place special demands on the bearing of all rotating parts.

Crankshaft journals and cams are highly stressed parts whose surface properties contribute significantly to their longevity. With Solarius equipment it is easy to characterize these characteristics.

E-mobility brings a large number of innovative components to the classic automobile. Fuel cells and batteries consist of numerous individual components whose surfaces have high technical relevance.