This is an injection molded prototype that proved out a method to split a single sample into 64 equal parts. It uses a hydrophobic vent at the end to let air escape and stop fluid flow. A later version incorporated 64 reagent wells for mixing prior to the final metering wells. Visit the following page for more info on our microfluidics expertise.
A demo video we produced for a product we developed.
A talk given by Luke Helm at an AACC meeting. It covers transitioning from the lab to manufacturing of consumables / disposables, including microfluidic and point-of-care diagnostic devices.