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Brake-by-wire: on the precipice of major change

Datwyler Mobility begins LSR processing in China in 2022

Datwyler Mobility enhances material capabilities in China

EVs open new opportunities for HMI and vehicle interior design

Datwyler Mobility enhances material capabilities in China

Datwyler Mobility enhances material capabilities in China

Simulation – design, visualize & optimize virtual concepts to accelerate product development

Integrated electronics: The intelligence in the seal

How environmentally friendly are hybrid vehicles?

Haptic Feedback: At the Interface Between Human and Machine

A hybrid vehicle is only environmentally friendly if it is used correctly

Datwyler expands its materials expertise

Datwyler wants to be a player in eco-engines

Datwyler expands material capabilities to support industry shift to e-mobility

Brake systems of the future - components in the spotlight

Autonomous mobility becomes safe and sustainable with components from Datwyler

Braking Systems: Technological advances that bring us to standstill

Datwyler components increase patient and driver safety

The hybrid conundrum

How can the environmental impact be reduced with sealings considering the increasingly stricter emission regulations?


Green Means Go

Swiss partners aim to stack the deck on electroactive polymers.

Sealing solution for a new thermoset cover in the LeiMot project

Efficient Method for Characterizing the Service Lifetime of Rubber Seals

Focus on intelligent sealing solutions

Brakes off electrohydraulic booster technology

Sealing components for electric vehicles

More than halving development times is not uncommon

As EVs evolve, so too must their components

Plastic makes combustion engines 25 percent lighter

How the requirements of the cars of the future change component design

Right hardware will ease transition to electrification

Electrification places new demands on materials.


Increase the availability of motorized tools

Dielectric coolants in e-mobility


Datwyler and CTsystems develop polymer actuators.