

The automotive industry is passing through disruptive times, with e-mobility being just one of the trendsetting catchwords. At Precitec we have the state-of-the-art optical technologies that the automotive industry needs to stay one step ahead of such disruptive changes. The applications for which our non-contact optical technologies offer solutions for automotive metrology.
A contribution to e-mobility and an important component for the quality control of hair pins is the thickness measurement of the insulation layer on copper hair pins. Manufacturers and suppliers in the automotive industry have a competitive advantage in the area of production quality, among other things, due to the products from the line sensor series - line sensor CHRocodile CLS 2Pro, line sensor CHRocodile CLS 2 or line sensor CHRocodile CLS HS.
Lamellar zinc paint protects automotive brake disc from corrosion. Controlling the thickness of the paint is essential to ensure its durability. Existing contact or radiative measurement technologies have their limitations, whereas the non-contact, non-destructive, non-intrusive and fast laser photothermal technology from Enovasense offers numerous benefits, such as outstanding repeatability, precision, cost effectiveness, and easy integrability into a production process.
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Measuring layers on brake discs remains a challenging task for conventional sensor technologies. Enovasense laser photothermal sensors enable fast, precise, and non-destructive measurement, providing an innovative solution for both laser-cladded and ferritic nitrocarburizing (FNC) layers.
Precise control of the thickness of these coatings has been of critical importance – at least since the introduction of the Euro 7 standard in 2025 – to ensure the quality of brake discs and compliance with industry standards.
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