Need to accelerate research transfer in your consortium?

We have developed a proprietary multiplexing technology having the potential to detect hundreds of genetic targets in a single test, using a single reagent mix and without splitting the sample. This  eneables to reach outsanding sensitivities for many applications without sacrifiying time of analysis and quantity of data, espcially when the sample is small or if the target is rare.

We can develop optimized genetic detection kits based on qPCR for applications involving the detection of one or many targets simultaneously. We are particulary interested in building projects with labs developping innovative PCR-based methodologies like in situ PCR, microRNA PCR or  iqPCR, to combine the potential of these technologies with the high multiplex potential of our system.

Combined with Fastgene Ultra-fast qPCR technology, we can propose suited solutions to develop a Point-Of-Care Test for your research project.

Experts in microfluidics, we can develop customized solutions for sample pre-treatment dedicated to your application from the swab to the result. This include filtration, chemical, mechanical or thermal lysis of cells, bacteria or viruses as well as nucleic acid purification with microbead-based capture/elution.

We are experienced in molecular biology and cell biology and glad to adapt our genetics tests to specific research questions.

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

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

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

Finally, we develop and provide a brand of optical and fluorescence readers to detect and quantify objects in microfluidic devices.  We have developed microfluidic fluorescence reader to enable both excitation and detection of fluorescent molecules into microfluidic chips and capillaries.  We also provide a microfluidic optical reader to enable the detection and counting of objects into microfluidic channels and chambers. We can also develop specific optical instruments for your research topic.

In the last 4 years, we have industrialized up to 15 microfluidic products. In order to strengthen the technological transfer of microfluidic 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 a R&D consortium, we can industrialize and commercialize products coming from our collaborative researches.