Datwyler in the media

Geert Moens, Global Platform Leader Vial Closure Systems, Datwyler Healthcare, discusses recent technologies in the film and spray coatings market.

Datwyler’s Eugene Polini discusses what steps drug manufacturers can take to ensure that primary packaging systems remain sealed for product’s entire shelf life.

Datwyler is installing “Uri’s largest photovoltaic system” at its Schattdorf site, with an annual production of around 800,000 kilowatt hours. This corresponds to the annual electricity consumption of around 200 four-person single-family homes. The project also involves the company’s own electrician apprentices.

An overview of brake-by-wire technology and how its implementation will represent the biggest advance in braking systems since the electrohydraulic booster (EHB).

As a leader in system critical components for advanced applications, Datwyler recognized the need to support its customers in China and the wider Asia Pacific area at a local level and commenced a transfer of Liquid Silicone Rubber (LSR) technology capabilities to Wuxi in Jiangsu province earlier this year.

As a leader in system critical components for advanced applications, Datwyler recognized the need to support its customers in China and the wider Asia Pacific area at a local level and commenced a transfer of Liquid Silicone Rubber (LSR) technology capabilities to Wuxi in Jiangsu province earlier this year.

As a leader in system critical components for advanced applications, Datwyler recognized the need to support its customers in China and the wider Asia Pacific area at a local level and commenced a transfer of Liquid Silicone Rubber (LSR) technology capabilities to Wuxi in Jiangsu province earlier this year.

Drug delivery devices are seeing rapid adoption in the injectable drug market due to the convenience and ease of administration for patients. Datwyler’s Global Platform Leader for Prefilled Syringes and Cartridges, Carina Van Eester, discusses Datwyler’s cartridge offerings designed with delivery device requirements in mind in the latest Special Injection Report with Drug Development & Delivery.

A look into the future of braking systems and how sealing solution components play a crucial role in regards to safety, function and performance.

The future of braking systems and how small components such as sealing solutions play an instrumental role in terms of safety, integrity and performance.

In an interview with the Swiss online portal (external: https://moneycab.com text: moneycab), Datwyler CEO Dirk Lambrecht explains the importance of system-critical components and outlines what Datwyler produces for suppliers of Covid 19 vaccines.

Datwyler is able to make an important contribution to the global fight against the pandemic with its system-critical elastomer components. The company is supporting the leading pharmaceutical companies in the provision of COVID-19 vaccines.

Focus on system-critical elastomer components for attractive global markets generates added value.

A pair of Switzerland-based companies—Datwyler and CTSystems—have developed a new electroactive polymer (EAP) actuator technology. The partners aim to commercialize this in the next three to four years for use in pumps and valves, as well as haptic feedback devices.

Sometimes technology is seemingly ahead of its time – like the electrohydraulic brake booster (EHB), which is over two decades old. EHB is coming into its own with the introduction of electric vehicles and changes under the hood of vehicles driven by conventional power trains. This has put the spotlight on the safety-critical elastomer components that go into braking systems, such as those produced by Datwyler.

Container closure integrity (CCI) is an increasingly relevant issue in the pharmaceutical packaging industry. It addresses the maintenance of integrity to prevent microbial ingress in sterile product packaging until the time of use, as well as to restrict the loss of product contents and to prevent the entry of detrimental gases or other materials.

Novel polymer actuators, sensors and generators convert electrical energy into mechanical work. They are suitable for applications in the automotive, aerospace and aeronautics industries, for example.