Demonstrator – Wireless IoT devices

DoMicro has developed an extremely slim and compact demonstrator for wireless IoT devices. High accurate inkjet printing technology and micro assembly techniques have been applied to create a flexible IoT device as thin as possible. By integration of ultra-thin bare dies, the total z-height of the demonstrator is less than 0.7 mm Wireless Flexible Hybrid…

Breakthrough of Printed Electronis (PE) is imminent

Cover by link Magazine, www.linkmagazine.nl Breakthrough of Printed Electronis (PE) is imminent Managing Director Marcel Grooten from start up DoMicro is one of nine partners of Printed Electronics Project South Netherlands reporting on vision and approach of Printed Electronics applications and market. This article is in Dutch. Click  here  to download the article or watch…

Invitation Seminar Minimal FAB, May 14 th , 2019

We look back at a very inspiring and successful MinimalFAB Seminar.   DoMicro and BCSEMI NL invite you to the MinimalFAB Seminar. On May 14th 2019, DoMicro and BCSEMI NL are organizing the ‘MinimalFAB’ seminar on the Novio Tech Campus in Nijmegen. Minimal FAB is a revolutionary new concept for semiconductor manufacturing developed by Dr.…

DoMicro BV exhibited on Nano Tech 2019 – Tokyo, Japan

DoMicro BV exhibited on Nano Tech 2019 – Tokyo, Japan From January 30st until February 1st, DoMicro exhibited at the Holland High Tech Pavilion on Nano Tech 2019, Tokyo, Japan. This edition was honored by the participation of His Royal Highness Constantijn van Oranje-Nassau, Special Envoy StartupDelta. Organized by the Dutch Embassy and supported by…

DOMICRO LEAD PARTNER HYPER TENSION SUPPORTED BY MRE

DOMICRO LEAD PARTNER HYPER TENSION SUPPORTED BY MRE The world of electronics is developing rapidly. Emergent print processes allow for adding electronic functionalities on exceptional materials. Thus a new playing field for hybrid electronics arise. DoMicro BV and InnoPhysics BV join forces to develop process technologies for industrialisation of Near Field Elecro Hydrodynamic Nanowire printing…