新型電磁式薄膜微幫浦之開發

The Development of a Novel Electromagnetic Membrane Micropump

殷宏林(Hung-Lin Yin) ； 謝哲偉(Jer-Wei Hsieh) ； 徐玄修(Hsuan-Hsiu Hsu) ； 林郁欣(Yu-Hsin Lin)

《科儀新知》 151期 (2006/04) Pp. 50-60

https://doi.org/10.29662/IT.200604.0006

摘要

微幫浦是微流體技術中的關鍵元件之一，用來控制流體傳輸行為及反應程序。本文歸納整理目前微幫浦元件之開發現況，並簡介其設計概念與性能比較。而為克服現存微幫浦元件在實際使用上所遭遇的困難，本文亦提出一新型電磁式薄膜微幫浦之設計，可簡化操作程序且降低與微流體晶片耦合時之複雜度，並具有可靠度高及穩定性佳等特性。藉由進一步整合此微幫浦與閥控微流體晶片，將可達成可攜式生醫分析系統的實用化目標。

並列摘要

Micropump is a key component in microfluidic technology. It is used to control the fluidic transportation and sequence the chemical reactions. This paper reports the development of current micropumps and introduces the basic design concepts of non-mechanical and mechanical micropumps. A novel electromagnetic membrane micropump is also proposed in this paper to provide a more effective way to control microflow. By combining this electromagnetic membrane micropump with a valve-control microfluidic chip, a portable biomedical analysis system is expected to be realized.