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

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

This technology provides researchers with a window into the inner workings of humans: tissue structures and functions of the liver, lungs, gut, kidneys and other organs - even tumors - by cultivating cells on a chip. This is possible due to the development of 3D cell culture, microfluidics and 3D printing techniques. At the Microfluidic Valley the assembled expertise of our researchers enables us to design single and multiple organs-on-a-chip, creating a model to determine the individual fingerprint of patients when it comes to testing of new drugs. This way, we not only render personalized medicine more accessible but also contribute to the replacement of animal models in medical testing.

Microfluidics can are used for the composition of nutritional supplements with a defined formula for people with specific requirements, in order to avoid overdosing or deficiencies.