A new type of micro-pump using an angular movement of an elastic plate is proposed. The moving part of the pump consists of a small permanent magnet attached to an elastic plate. If an alternating magnetic field is applied, the magnet vibrates angularly due to magnetic torque and then the polyimide film causes a unidirectional movement of fluid. A cm-size pump based on this mechanism has been constructed and tested. The maximum flow rate of 750 ml/min and the maximum pressure of approximately 4.2 kPa were achieved when ethyl alcohol was used as a working fluid
AbstractThis work introduces a novel electromagnetic pump (EMP) that depends on rotating two hard ma...
This paper describes a novel gas micropump on a centrifugal microfluidic platform. The pump is integ...
Current commercial microfluidic pumps consist of complicated mechanical parts such as microvalves, p...
There is a demand for intravenous drips for medical sites and for liquid delivery of microfluidic ch...
In this report, the novel idea of using a magnetic elastomer by mixing Polyimethylsiloxane (PDMS) wi...
This paper presents an electromagnetic miniature pump using peristaltic motion of an interchangeable...
This study presents an electromagnetically-actuated reciprocating pump for high-flow-rate microfluid...
Design, fabrication and preliminary testing of a flat pump with millimetre thickness are described i...
Design, fabrication and preliminary testing of a flat pump with millimetre thickness are described i...
Abstract. Design, fabrication and preliminary testing of a flat pump with millimetre thickness are d...
We have developed an efficient and low cost pumping device for biochemical analysis systems, based o...
This paper presents the design and performance evaluation of a meso-scale electromechanical fluid pu...
This paper presents the fabrication process of a single-chamber planar valveless micropump driven by...
In this study, a novel rotating permanent magnetic actuator (PMA) system is proposed to manipulate m...
In this study, a novel rotating permanent magnetic actuator (PMA) system is proposed to manipulate m...
AbstractThis work introduces a novel electromagnetic pump (EMP) that depends on rotating two hard ma...
This paper describes a novel gas micropump on a centrifugal microfluidic platform. The pump is integ...
Current commercial microfluidic pumps consist of complicated mechanical parts such as microvalves, p...
There is a demand for intravenous drips for medical sites and for liquid delivery of microfluidic ch...
In this report, the novel idea of using a magnetic elastomer by mixing Polyimethylsiloxane (PDMS) wi...
This paper presents an electromagnetic miniature pump using peristaltic motion of an interchangeable...
This study presents an electromagnetically-actuated reciprocating pump for high-flow-rate microfluid...
Design, fabrication and preliminary testing of a flat pump with millimetre thickness are described i...
Design, fabrication and preliminary testing of a flat pump with millimetre thickness are described i...
Abstract. Design, fabrication and preliminary testing of a flat pump with millimetre thickness are d...
We have developed an efficient and low cost pumping device for biochemical analysis systems, based o...
This paper presents the design and performance evaluation of a meso-scale electromechanical fluid pu...
This paper presents the fabrication process of a single-chamber planar valveless micropump driven by...
In this study, a novel rotating permanent magnetic actuator (PMA) system is proposed to manipulate m...
In this study, a novel rotating permanent magnetic actuator (PMA) system is proposed to manipulate m...
AbstractThis work introduces a novel electromagnetic pump (EMP) that depends on rotating two hard ma...
This paper describes a novel gas micropump on a centrifugal microfluidic platform. The pump is integ...
Current commercial microfluidic pumps consist of complicated mechanical parts such as microvalves, p...