Yuan-Sheng Lee

National Taiwan University | NTU · Department of Mechanical Engineering

Nowadays, more and more droplets movement put much emphasis on high quality and low quantity. However, some devices are not implemented on a mass production and business basis due to the high cost of fabrication. Our goal is to combine electrowetting-on-dielectric techniques (EWOD) with simplifying the process of manufacture and lower the cost, inc...

This paper reports the implementation of a microfluidic device using PCB (printed circuit board) and Saran wrap to avoid photolithography, etching, and thin film deposition processes in a clean room. Electrowetting and dielectrophoresis [1] are successfully generated on the PCB to drive conductive and dielectric liquids, respectively, to form speci...