Active control of micro-droplets by hybrid magnetically driven microtool

We propose a hybrid polymer-metal magnetically driven microtool (MMT) featuring elasticity and rigidity. An electroplated magnetic metal axle is installed directly at the center of the MMT during molding. The result is a hybrid MMT whose fixed axes move elastically in a specific direction and whose...

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Published in2009 IEEE/SICE International Symposium on System Integration pp. 1 - 6
Main Authors Presto, Yoko Yamanishi, Kihara, Yuki, Sakuma, Shinya, Arai, Fumihito
Format Conference Proceeding
LanguageEnglish
Japanese
Published IEEE 01.11.2009
Subjects
Axles
Biomembranes
droplet dispensing
Elasticity
Fluid flow
magnetically driven microtool
Magnetoelasticity
Microchannel
Microfluidics
Polymers
Shape control
Size control
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ISBN9781424459087
1424459087
DOI10.1109/SI.2009.5384564

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Abstract We propose a hybrid polymer-metal magnetically driven microtool (MMT) featuring elasticity and rigidity. An electroplated magnetic metal axle is installed directly at the center of the MMT during molding. The result is a hybrid MMT whose fixed axes move elastically in a specific direction and whose center axle is rigid, preventing bending by unwanted external force. The axle' s higher magnetism contributes to powerful actuation. The hybrid MMT we designed provides on-demand droplet dispensation on chips. Its parallel plate is constrained translationally. Hybrid MMT displacement is 300 ¿m - 6 times greater than that of the conventional MMT. On-demand droplet generation produces a 177.7±2.3 ¿m droplet.
AbstractList We propose a hybrid polymer-metal magnetically driven microtool (MMT) featuring elasticity and rigidity. An electroplated magnetic metal axle is installed directly at the center of the MMT during molding. The result is a hybrid MMT whose fixed axes move elastically in a specific direction and whose center axle is rigid, preventing bending by unwanted external force. The axle' s higher magnetism contributes to powerful actuation. The hybrid MMT we designed provides on-demand droplet dispensation on chips. Its parallel plate is constrained translationally. Hybrid MMT displacement is 300 ¿m - 6 times greater than that of the conventional MMT. On-demand droplet generation produces a 177.7±2.3 ¿m droplet.
Author Arai, Fumihito
Kihara, Yuki
Sakuma, Shinya
Presto, Yoko Yamanishi
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  givenname: Fumihito
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  organization: Tohoku University, 6-6-01, Aramaki-Aza-Aoba, Aoba-ku, Sendai, Miyagi-ken, Japan
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Snippet We propose a hybrid polymer-metal magnetically driven microtool (MMT) featuring elasticity and rigidity. An electroplated magnetic metal axle is installed...
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SubjectTerms Axles
Biomembranes
droplet dispensing
Elasticity
Fluid flow
magnetically driven microtool
Magnetoelasticity
Microchannel
Microfluidics
Polymers
Shape control
Size control
Title Active control of micro-droplets by hybrid magnetically driven microtool
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