Electromagnetically-Actuated Reciprocating Pump for High-Flow-Rate Microfluidic Applications
AbstractThis study presents an electromagnetically-actuated reciprocating pump for high-flow-rate microfluidic applications. The pump comprises four major components, namely a lower glass plate containing a copper microcoil, a middle PMMA plate incorporating a PDMS diaphragm with a surface-mounted magnet, upper PMMA channel plates, and a ball-type check valve located at the channel inlet. When an AC current is passed through the microcoil, an alternating electromagnetic force is established between the coil and the magnet. The resulting bi-directional deflection of the PDMS diaphragm causes the check-valve to open and close; thereby creating a pumping effect. The experimental results show that a coil input current of 0.4 A generates an electromagnetic force of 47 mN and a diaphragm deflection of 108 μm. Given an actuating voltage of 3 V and a driving frequency of 15 Hz, the flow rate is found to be 13.2 mL/min under zero head pressure conditions. View Full-Text
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Ke, M.-T.; Zhong, J.-H.; Lee, C.-Y. Electromagnetically-Actuated Reciprocating Pump for High-Flow-Rate Microfluidic Applications. Sensors 2012, 12, 13075-13087.
Ke M-T, Zhong J-H, Lee C-Y. Electromagnetically-Actuated Reciprocating Pump for High-Flow-Rate Microfluidic Applications. Sensors. 2012; 12(10):13075-13087.Chicago/Turabian Style
Ke, Ming-Tsun; Zhong, Jian-Hao; Lee, Chia-Yen. 2012. "Electromagnetically-Actuated Reciprocating Pump for High-Flow-Rate Microfluidic Applications." Sensors 12, no. 10: 13075-13087.