#Germany #automotive displays #AUMOVIO #Norderstedt #tesa

Introduction

In a groundbreaking collaboration, tesa, known for its innovative adhesive products, and AUMOVIO, a spin-off of Continental’s automotive division, are working together to revolutionize the way automotive displays are integrated and manufactured. Their joint venture introduces a new debondable adhesive solution that not only meets the increasing demands for lightweight and thin displays but also supports sustainability goals within the automotive industry.

The Need for Innovation

The production of automotive displays historically relied on traditional adhesive methods that often posed challenges during manufacturing and repair processes. With displays becoming thinner and more complex, manufacturers required a new solution that maintained high performance while also allowing for easy deconstruction for repairs or recycling. This project addresses that need by providing a system that can seamlessly integrate into existing production lines while allowing for quick corrections if necessary.

Key Features of the New Solution

The adhesive solution developed by tesa and AUMOVIO is unique for several reasons:
1. Automated Application: The adhesive can be robotically applied, allowing for precise and efficient manufacturing processes. This automation reduces human error and material waste, making production more efficient than ever.
2. Debondable Connection: The adhesive is designed to remain securely bonded during everyday use but can be easily debonded when repairs or component changes are needed. This feature can significantly reduce the need for complete display replacements and consequently minimize waste.
3. Sustainability Focus: By enabling selective repairs and component swaps, this solution contributes to a more sustainable lifecycle management of automotive displays, aligning with the industry's growing emphasis on environmental responsibility.
4. Temperature Resilience: The adhesive maintains its integrity across various temperature ranges typical in the automotive environment, making it suitable for diverse use cases.
5. Narrow Margins: With a width of just 2mm, the adhesive allows for incredibly slim bezels, enhancing the aesthetic appeal of modern vehicles, similar to that seen in consumer electronics such as smartphones.

The Partnership's Vision

This partnership exemplifies how advanced material technologies can support the mobility of the future. David Caro, Head of Automotive at tesa, emphasizes that this collaboration aims to translate customers’ sustainability goals into tangible solutions. The ability to incorporate recyclability into adhesive applications enables tesa and AUMOVIO to foster a circular economy within the automotive sector.

AUMOVIO’s UX Director, Pavel Prouza, states that the combination of precise automated application and easy debonding adds a crucial layer to their manufacturing processes, enhancing product quality while reducing material losses. This ensures that when repairs are needed, only the affected components can be replaced without the need for costly and wasteful full assembly replacements.

Future Outlook

With an official launch planned for the second quarter of 2026, tesa and AUMOVIO are set to enter discussions with major automotive manufacturers about the integration of these solutions into existing production lines and recycling programs. By promoting a system that allows for more straightforward recycling of end-of-life vehicles, the collaboration aims to create long-term economic, social, and ecological benefits through innovative mobility solutions.

Conclusion

The development of the debondable adhesive solution marks a significant milestone in automotive display manufacturing. By integrating advanced adhesive technology with the need for sustainability, tesa and AUMOVIO are not just enhancing manufacturing efficiency but also contributing to a greener future through responsible consumption and production practices. This partnership is set to change how automotive components are produced and recycled, making it a promising development in the industry.