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Microfluidics: The key to next-generation medical technology
Diffusion-bonded manifolds (multilayer plastic‑distribution plates capable of controlling, dispensing, mixing, and sensing fluids) are used in CAR T-cell therapy as well as organ-on-a-chip applications. Unlike conventional manifold plates, which primarily perform passive distribution functions, our manifolds integrate active functions into a very compact design: optimized mixing channels, media-separating valve technologies with minimized dead volume, and built-in sensors for temperature, flow, pressure, color, pH, etc.
The technical innovation lies in the combination of finely structured, multi-layered microchannels, integrated valve and metering elements, and directly embedded sensor measurement points. The process design makes it possible to manufacture these components cost-effectively in series production. This results in more compact, reliable, and easier-to-validate systems for biotechnology, medical technology, and semiconductor applications.
For this achievement, the diffusion-bonded manifolds were nominated for the Hermes Award 2026. The award is one of the world's most prestigious industry awards and is presented annually at the Hannover Messe for outstanding innovations.
www.festo.com/microfluidics