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A microfluidic flow cell typically consists of a small, flat device with integrated microchannels, often housed between two layers of transparent material, and may resemble a compact, rectangular or circular chip.
The function of a microfluidic flow cell is to control and manipulate the flow of fluids through tiny channels for applications like chemical reactions, biological assays, or analysis, allowing precise measurement and observation.
Microfluidic flow cells are made using techniques such as soft lithography or photolithography to pattern microchannels on a substrate, followed by bonding the patterned layers to create a sealed system that directs and manages fluid flow.
