HealthX Connect Osaka 2026

1 Jul 2026 | Osaka, Japan

TNO Holst Centre

R&D Institution / 研究開発機関

holstcentre.com/Eindhoven, Netherlands
8 profile visits

About

The Holst Centre is an independent, open-innovation R&D institute located at the High Tech Campus Eindhoven in the Netherlands. Established in 2005 by the Belgian research center imec and the Dutch research organization TNO, it is named after Gilles Holst, the first director of Philips Research.

The centre specializes in bridging the gap between scientific innovation and industrialization. They focus on two core technological areas:

  • Flexible Electronics: Developing ultra-thin, bendable, and stretchable electronics for displays, sensors, and wearable tech.

  • Wireless Autonomous Sensors: Creating tiny, self-sustaining sensor systems for health monitoring and the Internet of Things (IoT).

Operating primarily on a collaborative, pre-competitive open-innovation model, Holst Centre brings together over 180 specialists from 28 nations. They partner with global industries and academia to develop prototypes, conduct clinical validations, and streamline scalable manufacturing processes to help bring products to market faster.

If you are interested, I can provide more details on:

  • Their current research projects or focus areas (like health technologies or battery manufacturing)

  • How businesses can partner or collaborate with them

  • The specific facilities and labs they offer on the High Tech Campus

Business Domain / 分野

Healthcare / ヘルスケア

Business Type / 業種

R&D / 研究開発CRO /開発業務受託

Technologies / 技術

Wearable devices / ウェアラブルデバイスCell cultivation system and 3D-bioprinter / 細胞培養装置、3DプリンターDrug delivery system(DDS) / ドラッグデリバリーシステム

Additional Information

Requested business parter / ご希望のビジネスパートナー 

Healthcare/ヘルスケアMedical devices/医薬機器R&D/研究開発

Representatives

Regional Manager (Japan)

TNO Holst Centre

Marketplace (1)

  • Expertise

    Wearable ultrasound solution

    Our developed solution of ultrasound technology makes it possible to see inside the body safely and non-invasively, without using radiation. By making systems smaller, lighter, and more cost-effective, it could also be used outside of hospital settings.

    Author

    Regional Manager (Japan) at TNO Holst Centre