The microfluidic rotary valve is an effective and versatile device for controlling the flow of fluids in microfluidic studies. These valves provide precise control of the flow rate, direction, and volume of fluid. The device is also highly accurate, ensuring repeatable performance throughout an experiment. The design allows for quick adjustment of the valve depending on different research needs.
The precise nature of the valve also allows for precise control of the fluid dynamics, allowing researchers to control the velocity, pressure, and volume of the fluid. This enables them to create precise experimentation conditions and allows them to explorethe integration of automation technology with the microfluidic rotary valve.
With automated controls, researchers can program the valve to execute complex sequences of actions, enabling hands-free and repeatable experimentation.