In this study, we present a comprehensive review of polymer-based microelectromechanical
systems (MEMS) electromagnetic (EM) actuators and their implementation in the biomedical …

Micropump is an important component of the microfluidic field and has been applied in many
fields, such as electronic cooling, medicine and chemistry. Micropumps using piezoelectric …

Efficient transportation of fluids and microparticles is an important capability in many medical
and biological applications. In this article, an efficient bi-directional micropump using …

This paper presents the design, fabrication, and performance evaluation of a biocompatible
piezoelectric membrane actuator (PMA) using polyvinylidene fluoridetrifluoroethylene …

This paper reports a compact design of electromagnetically driven MEMS micro-actuator
utilizing planar electromagnetic coil on PCB (Printed Circuit Board). The micro-actuator …

Microactuators are one of the main components of the microelectromechanical and
microfluidic systems and play a key role in their development. Many such systems, eg …

The vibration analysis of a micro-pump diaphragm is presented. A piezoelectric micro-pump
is studied. For this purpose, a dynamic model of the micro-pump is derived. The micro-pump …

This paper describes a possible application of dielectrophoretic force (F DEP) in glomerular
filtration part of mimic human kidney blood filtration process. In an electrokinetics …

The piezoelectric micropump can be a prominent component of drug delivery systems due to
its high performance, low cost, and faster response. However, backpressure remains to be …

Electricity can be harvested from living plants by generating reaction between the plant and
a pair of different metals. It has great potential in sustainable energy production because it …