PIN3S (3nm pilot integration) and IT2 (2nm IC technology) both focused on semiconductor process, lithography, metrology, and materials.
REDEN B.V.
Dutch engineering SME specializing in semiconductor metrology, intelligent motion control, and materials testing for Europe's high-tech manufacturing ecosystem.
Their core work
REDEN is a Dutch engineering and testing SME based in Hengelo (Twente region) that provides materials analysis, failure investigation, and precision engineering services for high-tech industries. Their H2020 portfolio shows deep involvement in semiconductor equipment and process development (down to 2nm node technology), intelligent motion control systems, and smart medical device manufacturing. They contribute specialized metrology, materials characterization, and mechanical engineering expertise to large European consortia developing next-generation chips, smart catheters, and Industry 4.0 automation platforms.
What they specialise in
I-MECH and IMOCO4.E both center on smart mechatronic systems, digital twins, and AI-driven motion control.
ENABLE-S3 focused on validation methods for highly automated safe and secure systems — their largest funded project at EUR 321,875.
POSITION-II developed pilot lines for next-generation smart catheters and implants, covering IVUS, FFR, and ICE technologies.
CHARM addressed smart systems for IoT and AI tolerant of challenging/harsh industrial environments.
How they've shifted over time
REDEN's early H2020 work (2016-2018) centered on system validation, medical device pilot lines, and mechatronics platforms — reflecting a broad engineering services profile. From 2019 onward, they shifted decisively toward semiconductor manufacturing at the most advanced nodes (3nm and 2nm), combined with AI-driven motion control and digital twins. This trajectory shows a company moving from general high-tech testing toward deep specialization in semiconductor equipment and intelligent manufacturing systems.
REDEN is concentrating on the semiconductor equipment ecosystem and intelligent automation, positioning themselves at the intersection of advanced chip manufacturing and Industry 4.0.
How they like to work
REDEN operates exclusively as a participant — never a coordinator — which is typical for a specialist SME that contributes focused technical expertise rather than managing large consortia. Their 235 unique partners across 23 countries, combined with participation in ECSEL joint undertaking projects, means they work within very large consortia (often 30-50+ partners). This makes them an accessible, low-friction collaboration partner who integrates well into big European programs without demanding a leadership overhead.
With 235 unique partners across 23 countries, REDEN has an exceptionally wide network for an SME of its size, built primarily through large ECSEL and IA consortia in the European semiconductor and electronics ecosystem. Their network density suggests strong connections to major European chip manufacturers, equipment suppliers, and research institutes.
What sets them apart
REDEN sits in the Twente high-tech corridor and bridges the gap between academic research and industrial production in semiconductor and precision engineering. As an SME with hands-on metrology and materials testing capabilities, they offer something large companies and universities often lack: rapid, practical engineering analysis without bureaucratic overhead. Their dual expertise in both semiconductor process technology and intelligent mechatronics makes them a versatile partner for projects spanning advanced manufacturing.
Highlights from their portfolio
- ENABLE-S3Largest single EC contribution (EUR 321,875) — focused on validation for highly automated systems, a foundational capability for their later semiconductor and AI work.
- IT2Participation in 2nm node IC technology development places REDEN at the absolute frontier of semiconductor manufacturing research in Europe.
- IMOCO4.EMost recent project combining motion control with AI, digital twins, and edge-to-cloud computing — represents their current strategic direction toward Industry 4.0.