… of the electrochemical actuated microvalve: one is the microvalve based on electrochemically
actuated SU8 cantilevers [37], the other is a microfluidic valve based on electrochemical (…

… -fabricated and power-efficient microvalves are necessary for many microfluidic lab-on-a-…
actuator for microvalve applications composed of a paramagnetic bead as the ball valve over a …

… microfluidic functional elements, including a pneumatic (gas-actuated) normally closed
microvalve, a micro-check valve, … microfluidic actuators including a normally closed microvalve, a …

… To address the above issues, researchers are striving to engineer smaller and less energy
intensive microactuators and to develop microfluidic strategies to regulate the pressure from a …

… An essential component in integrated microfluidic devices is the microvalve. In conjunction …
pressure or flow rate of media within these microfluidic circuits. Valves that operate in the μ m- …

… To characterise the microvalve presented in … microfluidic valve works and showcases how
the final chemical concentration of a mixture can be adjusted in a continuous flow microfluidic …

… the microvalve during the fabrication process, we have produced a pH-responsive microfluidic
valve in a simple way. The operation and the function of the fabricated microvalve were …

… In this paper we presented the design, fabrication and testing of an electrothermally actuated,
normally open, inline microvalve for microfluidic applications. Actuation was performed by …

… potential to be used as active elements of microfluidic microvalves. So far three works have
published in the field of microfluidic microvalves and in this section they will be described. …

… Tomonari, “Thermally driven microactuator con… of microactuators and active mirror technologies.
His current research interests include all aspects of microsensors/actuators, microfluidics…