ELVESYS is an innovative, self-funded company that started the commercialization of microfluidic instrumentation in 2011. ELVESYS aims to become a key research partner in the microfluidic field. We believe this domain will be the heart of next technological revolution.

Doubling its turnover every 9 months, in just 4 years our brand ELVEFLOW has become the world leader of high performance microfluidic flow control. ELVEFLOW provides system worldwide to both academics and industrial leading groups: Harvard, MIT, Stanford, Yale, Princeton, Google, Facebook, Nokia, Bayer, Philipps etc.

Rewarded by more than 10 entrepreneurial distinctions, ELVESYS launched three sisters companies in 2013, 2014 and 2017, respectively specialized in biological environment control, microfluidic device design and fast microchip prototyping.

The group

Totalizing today more than 30 employees, 300m² of work space and 3 sister companies, ELVESYS has built up a team of young, experienced and highly qualified profiles with expertise in each and every field necessary to execute for our strategy. We work in collaboration with more than 20 research laboratories around Europe through ANR, research programs such as FP7 and H2020 and joint research programs with the French Direction Générale de l’Armement (Ministry of Defense) for the development of bacteriological detection systems.

Building a « Microfluidic Valley » and be at the heart of next technological revolution

Microfluidics allow to miniaturize analysis in order to realize almost all laboratory diagnosis processes on a chip the size of a hand. This capacity of miniaturization of biological analysis has unprecedented applications and we believe that this technology will be at the heart of next technological revolution. Since its creation, the goal of the “ELVESYS Microfluidic Innovation Center” has been to pave the way for a Microfluidic Valley in France gathering on our soil a great number of start-ups and laboratories working on microfluidics and microfluidic chips. We have initiated this challenge because today, France is one of the best positioned countries to be at the heart of this upcoming revolution.

Launching research projects to push back the limits of life

The primary objective of ELVESYS is to hasten the most promising research projects related to microfluidics. The Elvesys Microfluidic Innovation Center is one of the few companies in the world with all the knowledge and skills necessary to ensure the success of a microfluidics R&D partnership. This strategy works even better than we could have imagined and the number of research projects we take part in doubles every year since the creation of ELVESYS – and we intend to keep moving forward.

Our goal is not to consume the fruits of that research but to plant each of them in order to grow another tree. Although inherently different, most of our research projects have one of the three following objectives: increasing the human species longevity, increasing the human life expectancy and increasing life quality for all.


Piezo electric microfluidics flow control

Laureat CMI 2014

Adrien plecis and guilhem velve casquillas meet jean-marc ayrault for the Worldwide 2030 Innovation contest

Worldwide 2030 Innovation contest

In 2014, our vision and goal were rewarded among more than 1800 European projects in the Worldwide 2030 Innovation contest organized by the French government to support the 100 key technologies of the future.

ebola fastgene qpcr multiplex

FastGene project

World fastest multiplex qPCR

Exploiting its core skills, ELVESYS has recently developed the world fastest multiplex qPCR technology, FASTGENE, which introduces the technology needed to bring this next generation PoCT to the market. We have indeed demonstrated both RT-PCR and PCR amplifications within respectively 7.5 and 5 minutes with performance levels comparable to the state-of-the-art 60 minutes long available PCR.


Elvesys has been created by a team of former researchers in microfluidics.

The ELVESYS project came to life in 2008 inside the microfluidic laboratory of one of the oldest French research institutions: ENS Paris. Back then, we were 3 young researchers, passionate about microfluidics and willing to give a new lease of life to our researche through entrepreneurship. After years of research, we decided to create the ELVESYS microfluidic innovation center to facilitate collaborative microfluidics research projects with laboratories all over the world. We believe that microfluidics will be at the heart of the next technological revolution and our aim is to facilitate the transfer of those technologies from the brains of researchers to our society.



In order to guarantee our independence and put into place a model that conforms our values, we decided not to appeal to external fund raising. We turned away from development models such as those used by Facebook and Google, which have served as dream models for so many entrepreneurs. Rather, we decided to lay a stronger and more durable foundation even if that meant we would not grow as fast.

No Pain… No Gain.

What we did not know at the time was that less than 1% of industrial start-ups become profitable without fundraising. And we discovered very quickly that our choice came with a price. We had to work very hard to establish a long-lasting, profitable and strong company. We have come a long way: at the end of our first year, ELVESYS consisted of 6 people in a 12mroom.

A dream ?

We even had a couch for sleeping on site in order to be able to respond to researchers 24 hours a day. And in the end, it was perhaps this couch that made the difference. However, it goes without saying that our dream of a microfluidic valley began small.

Therefore, to ensure the inception of the company, we chose a field we knew well and we launched the ELVEFLOW range of scientific instruments for microfluidic research. We did things simply, primarily by asking researchers about their needs.

A reality …

And thanks to their feedback, we developed our line of Elveflow microfluidic instruments. It was this advice that allowed us to build in just a few years the most complete series of microfluidic supplies on the market today, currently with more than 20 instruments and nearly a hundred accessories.

” We believe that today, it is possible to reconcile research & entrepreneurship”

What was most surprising for us was that our first major clients did not come from France, but from New Zealand, Saudi Arabia and Russia. Suffice to say, willingly or not, we quickly learned all the subtleties of customs clearance. But at the end of the day, this is what currently allows 80% of our products to travel easily across international borders to more than 40 countries.

The gratitude

In the end, what makes our company thrive are all the researchers across the world who have supported us by telling their colleagues in the field about our products and by contacting us to launch research collaborations. None of them have asked us for anything in return; most of the researchers have ultimately supported our project simply for the sake of backing up the people, the company and the instruments that they appreciated and believed in. Sometimes, the smallest gestures can make a huge difference for us. One Christmas day, we were providing remote assistance with an experiment to a Swedish researcher. It wasn’t an easy task, but by working together we succeeded and the researcher sent out a tweet that read,

“Thanks to Elveflow, my Christmas experiment was saved! Thank you!”

This touched us more than anything else, because part of the reason we’re in this business is to create these little moments of shared pleasure and scientific victory.



A french microfluidic valley

Towards the French Microfluidic Valley

In the world of research, the general mindset is changing and in the last few years, we have seen researchers opening their own businesses, joining our project or participating in the creation of new types of organizations like the IPPG.

This evolution in the mindset and the turn towards an innovation economy have allowed ELVESYS over the past four years to participate in the creation of another microfluidic innovation company: Black Hole Lab.

Thanks to all of this progress, today ELVESYS can begin to pursue its second goal, which is to contribute to the creation of a “Microfluidic Valley” in France in order to ensure that our country will be the cradle of this upcoming technological revolution. For this, we will continue to join our efforts with microfluidic researchers by giving courses on entrepreneurship to young researchers, by building new research consortiums and by launching new companies with our research partners.

We believe that microfluidics, by hastening biotechnology research, will also allow faster research projects regarding the increase in life expectancy and human longevity. We think that there is currently a technological convergence which will, in the following decade, enable humanity to change faster than nature has in the last millenium. Our goal behind Elvesys and the microfluidic valley is to help humanity catch this chance while keeping a clear focus on increasing life expectancy and human longevity.

ENS garden

A walk into the ENS garden


The ELVESYS Microfluidic Innovation Center project was born in the corridors of the microfluidics laboratory at the ENS in Paris. At the time, we were three young researchers, passionate about microfluidics and wanting to rejuvenate this field of research through entrepreneurship.

ENS logo

We believed in the potential of microfluidics to change the world by revolutionizing the field of diagnosis. However, what was important to us was to not just create another capitalist company, but rather to create a space where we could put innovation and human beings ahead of turning large profits.

We wanted to create a company that would allow all of its members and all of the researchers involved to create their own microfluidic companies in order to help establish in France the foundations of what we call the “Microfluidic Valley”.

” We believe that microfluidics have the potential to change the world “


In retrospect, we realize that we were extremely fortunate to see our hopes come true. We lacked of a large network and investment funds, yet very quickly, a number of people and institutions put their trust in us. And it is thanks to all that support that ELVESYS was created in March 2011.


Elvesys with prime minister

Elvesys with French Prime Minister

We were not expecting it, but in a few years, we were able to become the world leader in microfluidic scientific instrumentation and thanks to this achievement, fund new research projects in the field. Today, a number of these projects have proved equally successful and in turn, have allowed us to fund new and even bolder ventures.

Admittedly, the first research projects that we launched saw the light of day thanks to the French government. Whether on the part of the BPI, the ANR or the CFI, public authorities trusted us by contributing to the funding of a large number of our research projects in microfluidics.


“Detecting Ebola in 8 minutes?

Anthrax in 6 minutes?

These rates are respectively 7 & 14 times faster than the best technologies existing today”

Today, ELVESYS collaborates with more than 20 laboratories in the world on a half dozen scientific projects. In particular, assistance from the French government allowed us to develop in 2014 the quickest system in the world for the detection of pathogens as well as to develop a process to detect Ebola simulants in 7 minutes, 6 times faster than the best techniques currently available. This project allowed ELVESYS to win the Worldwide Innovation Competition in 2014 and many others innovation awards.


Since 2015, we have been working on the development of a demonstrator using microfluidic technology for the protection of our armed forces. Things have changed since 2011. Today, in the heart of Paris, ELVESYS has at its disposal its own research facilities of more than 300m2 and an annual budget of more than 4 million euros to carry out scientific research. We will do everything that is possible to continue along this path and, as in the past, we hope that the research projects we are carrying out today will foster new and even greater research ventures in the years to come. We will continue full force until the French Microfluidic Valley becomes a reality.


Elvesys has delivered on its promise to become a major research partner in microfluidics: from half a dozen of ongoing research projects just a year before, we are now conducting 12 research projects. The various research consortiums we are part of span most of Europe, and we now collaborate with no less than 50 European research laboratories on various microfluidics research projects.

Elvesys with the French President, Mr Hollande.

Elvesys with the former French President, Mr Hollande.


The entrepreneurial side of Elvesys is still going strong, with the creation of three sister companies in the field of microfluidics and NBIC technologies. At Elvesys, we love to foster new entrepreneurial talents and synergies with our entrepreneurial business school.

This year even saw the launch of our website Long Long Life, supporting a cause historically dear to Elvesys: fighting against age-related diseases and aging, and expanding human longevity and lifespan by sharing reliable scientific data on the subject.

We have just launched Darwin Microfluidics SAS as well, a distribution platform for microfluidic systems and accessories. It will be working in partnership with research laboratories to promote and market the most innovative solutions.



We are one of the few companies in the world that integrates all the knowledge and skills necessary to ensure the success of a microfluidics R&D partnership. Our core objective is to participate in research consortiums linked to microfluidics in order to secure the development of research projects in the field of  lab on a chip.


Discover Elvesys microfluidic research projects

E-STEAM: A vape-healthy electronic cigarette

BlackHoleLab: Cheap as chips soft lithography station for any research laboratory

MEDLEM: Microfluidics fighting against Leukemia
FASTGENE VERSUS PATHOGENS: An epidemics tracking system

LAPASO’S EYE ON MALARIA: Quick and low-cost lab on a chip for malaria detection

Pillarcell: Microfluidic system for stem cell differentiation

Diflusel: Nanofluidic electro-concentration designed to replace ELISA assay

 The PHOTOTRAIN : Microfluidic for a sustainable future
THE DNAREPAIRMAN : Molecular machines for DNA repair
THE METABLE : Bioinformatics helping genome analysis



H2020 microfluidic research UE grant chipsWe are able to design and produce any PDMS or polymer chips for your microfluidics project. We also provide turnkey soft-lithography stations to enable our partners to produce their chips by themselves.


H2020 microfluidics flow control research UE grantWe develop and provide the widest brand of microfluidics flow control systems. We have a flow control solution for any microfluidics applications. We can provide and synchronize the most complex microfluidics setups including pressure controllers, vacuum controllers, flow sensors, pressure sensors or matrix of valves. While working into R&D consortium, we can also develop specific flow control instruments for your research topic.


H2020 microfluidic live cell research UE grantOur research  team developed a cell culture platform for fast drug switching during live cell imaging. While working into R&D consortium, we can also develop specific microfluidic cell culture chambers or systems for your specific research topic.


H2020 microfluidic research UE grant opticsWe develop and provide a brand of optical and fluorescence readers to detect and quantify objects in microfluidic devices.  We developed microfluidic fluorescence reader to enable both excitation and detection of fluorescent molecules into microfluidic chips and capillaries.  We also provide microfluidic optical reader to enable detection and counting of objects into microfluidic chips and capillaries. We can also develop specific optical instruments for your research topic.


H2020 microfluidic research UE grant PCRqWe developed and patented the world fastest lab on a chip technology for the molecular detection of  virus and bacteria in less than ten minutes. Using our qPCR system, we have allowed the detection of Ebola and Anthrax in less than 8 minutes. If required, we can apply our  world fastest qPCR system to any pathogen detection applications for your research project.


H2020 microfluidic research UE grant OEMIn the last 4 years, we industrialized up to 15 microfluidics products. In order to strengthen the technological transfer of microfluidics R&D from academic labs to the global market, we provide expertise during the entire process of turning an idea into a product. While working into R&D consortium, we can industrialize and commercialize product coming from our collaborative researches.