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Modern vehicles are increasingly defined by their ability to interpret the environment around them, from UV radiation and rain to dust, cleaning agents and exhaust emissions. Advanced Driver Assistance Systems combine cameras, radar and ultrasonic technologies to create a continuous perception layer, enabling functions from assisted driving to higher levels of autonomy. As these systems become more deeply integrated into vehicle architecture, they place greater demands on the reliability of every supporting component.

PFAS regulations grow increasingly urgent for global manufacturers as regional legislation consolidates. Fluorinated polymers may not face an urgent ban but might be subject to a step-wise phase-out with use-specific derogation periods, likely accompanied with specific and demanding risk mitigation measures.

As the e-mobility revolution accelerates, shifting the focus from traditional internal combustion engines, every component in an electric vehicle (EV) is under pressure to be lighter, smarter and more reliable. One of the most critical - and often overlooked - elements enabling this shift is the sealing solution.

A year of rapid electrification, rising quality demands and industrial scale-up. Discover the key trends shaping mobility, battery systems and how Datwyler is driving reliability into 2026.

Wearables have become a major driver of innovation in personalized healthcare in recent years. Learn more about how we turn insights into solutions through our solution design approach on the example of SoftPulse® Flex

Datwyler supports customers with innovative printed electronics solutions, from simulation to actual production and has broad range of processes to achieve repeatable and reliable embedding of printed electronics within elastomeric material.

Datwyler's Healthcare Solutions plant in Pregnana, Italy, recently won first prize for the best digitalization project at the Assolombarda Awards.

For e-powertrain applications a wide variety of sealing solutions are required, as there are multiple surfaces that must be sealed effectively. We have developed a number of solutions for these sealing challenges.

The engineering process is a core point of focus as the mobility industry transitions from ICE to electrification. Simulation and

Datwyler has developed thermal interface materials focusing on stand-alone gasket solutions for battery systems.

Datwyler is present with a computer simulation that the company uses to train its production employees.

Development of brake systems and how Datwyler is coping with the challenges thanks to its core competencies.

The move to electrification opens up a lot of new opportunities for those serving the mobility industry, but there are inevitable challenges from an application standpoint that this transition presents.

Datwyler’s production plant in Silao, Mexico, has become the latest facility to receive an upgrade in order to provide Liquid Silicone Rubber (LSR) components to its customers in Mexico and the wider North and South American Region.

Industry experts will discuss the digital trends currently happening in healthcare and the innovative solutions being developed by the pharmaceutical supply chain.

Datwyler is enhancing its LSR global footprint by providing the same LSR capabilities local-for-local in its facilities in Wuxi, China, Silao, Mexico and Cleebronn, Germany.

Electrification and the increased use of electronic components present many new challenges. Simulation contributes to solving those challenges.

High performance thermoplastic (TPL) and Liquid Silicone Rubber (LSR) technology is experiencing exponential growth, particularly in high tech applications in the fields of electrification and new mobility.