Thomas Mayer
Medical Business Unit Manager

Is this your profile?

About

Thomas Mayer leads the Business Unit Medtech at Sonceboz Medical. Prior to joining Sonceboz in 2016, he held various management positions at Boston Scientific. Mr Mayer holds an advanced degree in Medtech and Pharma Management from EPFL Lausanne (Switzerland), a diploma in Medical Engineering and an MBA.

Contributions

COMPARISON OF MECHATRONIC VS MECHANICAL WEARABLE DRUG DELIVERY SYSTEMS

Thomas Mayer, Nicolas Bailo and Martin Liniger highlight some of the key challenges that mechanical and mechatronic drug delivery systems must overcome when delivering large volumes of biologics subcutaneously and explain the solutions that Sonceboz has considered during the development process of the company’s large-volume injector.

More contributions

#137_Sep_2022_Sonceboz_Featured

ACCELERATING DEVELOPMENT OF SUBCUTANEOUS DELIVERY OF LARGE-VOLUME BIOLOGICS

Tom Mayer discusses how Sonceboz’s vial-based on-body injector – the LVI-V – can expedite the launch of large-volume SC delivery of biologics by leveraging existing primary container technology, reducing associated risks and total cost of ownership.

REPOSITIONING FROM IV TO VIAL-BASED SC FOR LARGE-VOLUME BIOLOGICS

Tom Mayer discusses the growing trend of moving away from intravenous drugs administered in clinical and hospital settings to at-home, self-administered vial-based subcutaneous delivery for cost savings, better lifecycle management and improved care.

NEXT-GENERATION WEARABLE DELIVERY DEVICES FOR LARGE-VOLUME BIOLOGICS

Thomas Mayer discusses Sonceboz’s platform of wearable injection devices for large-volume biologics, which can follow drugs from clinical trials to commercial phase through lifecycle management, which reduces risk and speeds time to market.

DRUG DELIVERY MEETS AUTOMOTIVE ENGINEERING

Thomas Mayer discusses Sonceboz’s activity in the world of wearable injectors and how the company’s experiences in the automotive industry and its in-house development of high-quality motors provide significant advantages for the design and production of wearable devices.

Top