Core technology across MEDLEM, M3DLoC, MAMI, PROCHIP, AutoDropProd, AutoMonoDroplet, MAHT-FunSST, and many MSCA networks where they provide microfluidic platforms.
ELVESYS
French SME manufacturing microfluidic instruments and organ-on-chip systems for biomedical research, diagnostics, and pharmaceutical testing.
Their core work
Elvesys is a Paris-based SME that designs and manufactures microfluidic instruments and organ-on-chip systems for life science research and pharmaceutical testing. They provide the hardware and expertise that lets research teams build lab-on-a-chip devices, automate cell culture workflows, and run high-throughput screening experiments. Their technology underpins applications ranging from personalized medicine and disease modeling to soft robotics and agricultural diagnostics. With 46 H2020 projects and EUR 9.2M in EC funding, they function as a key technology supplier embedded across dozens of European research consortia.
What they specialise in
Coordinated MOOAC (Multi-compartmental Organ-on-a-Chip), MTOAC (Tumor-on-a-Chip), MECH-LoC (Lung-on-a-Chip), and TrueCell; participated in CISTEM (Heart-on-chip).
Projects SZ_TEST (schizophrenia biomarkers), BIOCUDET (ocular biomarkers), bTB-Test (bovine TB volatolomics), MULTIDET (multiplex qPCR), and FIT-UTI (UTI diagnosis).
Coordinated AutoMonoDroplet and AutoDropProd for automated droplet production; MAHT-FunSST for fungicide screening; PROCHIP for high-throughput microscopy on chip.
Recent participation in ACDC (artificial cells with distributed cores), ProtoMet (protometabolic pathways), and CReaNet (chemical reaction networks) signals a move into origins-of-life and protocell research.
Coordinated SoRoHuMI, applying microfluidic actuation to soft robotic rehabilitation devices — an unconventional extension of their core technology.
How they've shifted over time
In their early H2020 period (2014–2018), Elvesys focused on establishing microfluidics as a platform for biomedical diagnostics — biomarker detection, disease screening (schizophrenia, tuberculosis), and thermal management, while launching their first organ-on-chip projects. From 2019 onward, their keyword profile shifted dramatically toward bioprinting, origins of life, protocells, artificial life, and soft robotics, indicating a pivot from purely diagnostic applications toward fundamental biology and bio-inspired engineering. This evolution shows a company that has matured its core microfluidic technology and is now pushing it into frontier science domains where few commercial players operate.
Elvesys is expanding from a microfluidics hardware supplier into a platform company serving frontier biology — expect them to pursue protocell, bioprinting, and artificial life collaborations next.
How they like to work
Elvesys operates in a dual mode: they coordinate their own focused projects (15 as coordinator, mostly MSCA fellowships and SME instruments worth EUR 85K–196K each) while embedding as a technology partner in large research consortia (30 as participant). With 286 unique partners across 48 countries, they are clearly a hub — not locked into repeat partnerships but sought after by diverse groups needing microfluidic infrastructure. This makes them easy to integrate into new consortia; they are accustomed to multi-partner projects and bring plug-and-play technology rather than demanding scientific leadership.
Elvesys has built one of the broadest partner networks among microfluidics SMEs in Europe, with 286 unique consortium partners spanning 48 countries. Their reach extends well beyond France and Western Europe into a genuinely global collaboration footprint.
What sets them apart
Elvesys occupies a rare niche: a commercially active SME that manufactures microfluidic instruments AND actively participates in frontier research. Most microfluidics companies either sell equipment or do research — Elvesys does both, which means they understand real lab needs and can translate scientific requirements into working hardware. Their 48-country network and 46-project track record make them one of the most H2020-experienced microfluidics companies in Europe, offering consortium builders a partner who already knows how EU projects work and can deliver reliable technology contributions without hand-holding.
Highlights from their portfolio
- MOOACElvesys coordinated this Multi-compartmental Organ-on-a-Chip project, which exemplifies their core ambition to build complete organ simulation platforms for pharmaceutical testing.
- ACDCTheir largest single funding (EUR 512K) for building artificial cells with distributed cores — marks their strategic move into synthetic biology and shows they can win substantial RIA funding.
- SoRoHuMIAn unexpected application of their microfluidic expertise to soft robotic rehabilitation devices, demonstrating the versatility of their core technology beyond biomedical diagnostics.