Microfluidic devices have been successful employed in: interfacing of fluids for opto-electronic sensors, cells containing fluids in XRD, GIXD and SAXS (synchrotron included) experiments, imaging with optical and scanning probe microscopes, chemical reaction studies in confined environment for nano- and pico-liters solution volumes, microfluidics circuits for biological testing, micro-reactors for proteins crystallization, devices for quantitative analysis in nano-toxicology fields.
The devices are virtually prototyped employing the finite element calculation method integrated in the COMSOL-FEMLAB software, and hence they can be optimized on customers requests.
We can integrated the microfluidic devices on customers chosen substrates and make accurate seal testing of the whole system. Seal testing can be made also with a peristaltic pump, which allows for direct and precise control over the speed and the volume of the fluid passing through the microfluidic device. Each fabricated device can be provided, on request, with a complete data sheet.