Find below some key microfluidic definitions   microfluidic biochips microfluidic company microfluidic connectors microfluidic digital microfluidic electrophoresis microfluidic flow microfluidic fow controller microfluidic fow rate controller microfluidic flow sensor microfluidic foundry microfluidic gradient generator microfluidic mixing microfluidic...

      Video  From “A microdroplet-based shift register”, M. Zagnoni and J. M. Cooper, Lab chip , vol.10, n°22, 11/2010 Realized with: MFCS-FLEX-345mbar Micronit focussed flow droplet generator 2.50 (http://www.micronit.com)      What our customers say about the MFCSTM : “The system allowed the precise generation of on-demand droplets...

    Separation of parasites from human blood using deterministic lateral displacement, S. H. Holm, J. P. Beech, M. P. Barrett and J. O. Tegenfeldt, Lab Chip, vol.11, 2011          Particles and cells manipulations are one of the largest fields of applications of microfluidics. Indeed, nanofluidic tools are especially convenient for single cell...

  Flow rate manipulation in a microfluidic chip obtains with MFCS-4C 345mbar microfluidic flow controller. Flow rate manipulation in a microfluidic chip obtains with: MFCS-FLEX-25/69/345/1000mbar Electrowell Flowell   The utilization of microfluidics in chemistry has significantly increased over the past few years. By offering the...

Microfluidics has emerged as a key tool to make complex physics studies much easier and enable the experimental investigation of phenomena that could not be recreated in a lab-environment until then. The main advantages of microfluidics when running experiment in physics field are:  The possibility to have laminar flows (low Reynold number) and important deformation rates (high...