Microfluidic devices are already small, which is why they’re so often 3D printed, but the particles suspended in the fluids that go in them are way smaller. Lots of chemical and biological processes involve filtering certain particles out of a solution, and making those filters can be difficult when you’re dealing with something as small […]
Microfluidic devices are already small, which is why they’re so often 3D printed, but the particles suspended in the fluids that go in them are way smaller. Lots of chemical and biological processes involve filtering certain particles out of a solution, and making those filters can be difficult when you’re dealing with something as small […]
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