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ADAS

Valeo and TactoTek partner to develop smarter vehicle lighting

Rachel EvansBy Rachel EvansMarch 11, 20252 Mins Read
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Valeo and TactoTek partner to develop smarter vehicle lighting

Lighting developer Valeo has licensed TactoTek‘s in-mold structural electronics (IMSE) technology to create advanced lighting for vehicle interiors and exteriors. IMSE integrates electronics into 3D-molded structures.

Together, the companies intend to create safety features that use visual alerts for ADAS, such as warning drivers about vehicles in their blind spot or signalling emergency braking. This technology would also help auto makers meet the rising demand for dynamic, customizable displays with color control, animations and branded elements like logos.

“Around the world, OEMs are redefining their use of lighting as their clients ask for more ADAS, differentiation and communication. To meet these new needs, our lighting solutions evolve from lines to surface, with a higher number of LED sources. With Valeo’s expertise and in-mold structural electronics lighting platforms, we have the tools to transform lighting design to offer new personalization experience and more safety on the roads,” said Maurizio Martinelli, CEO of Valeo’s light division.

Jussi Harvela, CEO of TactoTek, said, “OEMs find in-mold structural electronics lighting solutions appealing for design, packaging and power efficiency. We are excited to collaborate with Valeo – their expertise in lighting design combined with our pioneering IMSE technology will set new standards for the industry.”

TactoTek points out that lighting features are becoming more important to consumers, especially for dynamic displays and vehicle customization. However, this comes with challenges – materials need to be bright enough for daytime visibility, fit within thin decorative elements, allow for flexible shapes, and remain energy-efficient.

IMSE technology is well suited to tackle these issues. By embedding electronic components into lightweight, 3D-molded polymer structures, it gives designers more freedom to create versatile lighting elements. It also uses fewer parts and less plastic than traditional manufacturing methods, making it a more sustainable option.

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