Netherlands Organisation for Applied Scientific Research (BMC)

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2022

Holst Centre (Impulse Printing)

Impulse printing is a new non-contact printing methodology that uses a heat pulse to expel ink. It has been developed by Holst Centre, and is targeting 3D electronics and advanced packaging. IDTechEx was shown a demonstration in person at the Flex 2022 conference.

2021

Altana (Heliosonic)

Altana have developed a laser induced forward transfer (LIFT) printing technology termed 'Heliosonic', which is applicable to both conventional graphics printing and printed electronics. This profile is based on a presentation given at the Elantas Printed Electronics Day in October 2021.

Advanced Neurostimulation Device For Pelvic Nerve Disorders

Imec announces a collaboration to develop a next-generation implantable device for peripheral nerve stimulation together with NeuroGyn AG, a Swiss medtech company specialized in neurostimulaton and surgical solutions for pelvic nerve disorders.

Investment to Accelerate Laser-Assisted Printed Electronics

FORWARD.one venture capital, based in Amstelveen, the Netherlands, is teaming up with Keiron Printing Technologies to fuel its rapid growth and support the company's efforts to bring laser-assisted deposition equipment to the printed electronics market.

UTST Temperature sensors

UTST Temperature Sensors is a very early-stage company that has developed an innovative printable NTC temperature sensitive material.

AlmaScience

AlmaScience (ALMA) is a Portuguese applied research organization focused on adding electronic functionality to paper and other natural/sustainable materials. It aims to bridge the gap between academia and industry through partnerships and contract research projects.

Event Summary: innoLAE 2021 (Innovations in Large-Area Electronics)

On 24-25th of February 2021 IDTechEx attended the Innovations in Large Area Electronics (InnoLAE) conference. Conference attendees were a mix of primarily early-stage companies and academics. This premium article divides a selection of the most interesting and/or commercially relevant talks into 4 sections

Leyden-Jar Technologies

IDTechEx caught up with Leyden-Jar Technologies, a Dutch start-up working on developing a process for manufacturing pure silicon anodes for Li-ion batteries.

Event Summary: 3D Printing Electronics Conference

On January 21st 2021 IDTechEx attended the '3D Printing Electronics Conference', usually held in Eindhoven (Netherlands) but held virtually this year due to COVID-19. This premium article summarises talks given by a number of companies and organizations at the event.

Keiron Printing Technologies

Cuddle Vest with Printed Electronics can Give Hugs from a Distance

A year onwards, COVID-19 is still among us, and hitting us hard. As a result of this current pandemic, people are expected to keep a safe distance from each other. No more hugs from friends and family, no more slaps on the shoulder from colleagues. But when people are not allowed to get close physically, feelings of loneliness and insecurity can arise.

2020

Smart Contact Lens Mimicking the Human Iris to Combat Eye Deficiencies

Researchers have created an artificial iris embedded in a smart contact lens. The smart contact lens is designed to operate for an entire day thanks to an ultra-low power design, offering a practical solution for people who suffer from human eye iris deficiencies like aniridia, high order aberrations like keratoconus, and light sensitivity or photophobia.

Holst Centre (3D Electronics)

The Holst Centre works at the interface of academia and industry. It is part funded by government and partly from industrial partnerships. The focus of their work is around emerging electronics technologies, including printed, flexible and organic electronics. In this profile, we discuss their work on 3D printed electronics.

CPI

CPI, established in 2004 as the 'Centre for Process Innovation', is a partly UK Government funded technology innovation center. This profile focuses on their work and capabilities in the printed/flexible/novel electronics area, and their applications in smart packaging.

Holst Centre

The Holst Centre works at the interface of academia and industry. They are part funded by government and the rest directly from partnerships in industry. The focus of their work is around topics including printed, flexible and organic electronics, into displays, wearable technology, energy harvesting & storage and more. In this profile, we focus on the development of wearable sensors utilizing flexible hybrid electronics

NovaCentrix

NovaCentrix has developed photonic curing/sintering, which enables conductive inks and solder to be heated without damaging the substrate. This facilitates printing conductive inks and soldering components onto cheap flexible substrates such as PET rather than requiring expensive temperature-resistant substrates.

Printed Electronics: The Opportunities are Coming Thick and Fast

There is dramatic change in some industries, with leading printed electronics vendors moving quickly to capitalize on the new sought after capabilities. These opportunities will be addressed at the Printed Electronics Europe exhibition and conference in Berlin on 13 - 14 May (register by 23 January to save 40%).

Innovative Printed Electronics and Integrated Capacitive Touch Sensors

Holst Centre is an independent R&D centre that develops technologies for wireless autonomous sensor technologies and flexible electronics, in an open innovation setting and in dedicated research trajectories.

Human Centric Wearables for Smart Health

Human-centric wearables provide opportunities to address the challenges today's society faces with regards to the wellbeing of people. By integrating electronics in textiles Holst Centre builds on the intimacy of clothing and by augmenting its expressive and communicative qualities.

2019

DuPont

DuPont was exhibiting a concept wireless wearable health patch at Medica 2019.

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