Fabrication of microfluidic device channel using a photopolymer for colloidal particle separation
Fabrication of microfluidic device channel using a photopolymer for colloidal particle separation
We have developed a method of fabricating microfluidic device channels for bio-nanoelectronics system by using high performance epoxy based dry photopolymer films or dry film resists (DFRs). The DFR used was with a trademark name Ordyl SY355 from Elga Europe. The developing and exposing processes as well as the time taken in making the channels are recorded. Finally from those recorded methods, the accurate procedures and time taken for DFR development and exposure have been found and ultimately been consistently used in fabricating our channels. These channels were patterned and sandwiched in between two glass substrates. In our advance, the channel was formed for the colloidal particle separation system. They can be used for handling continuous fluid flow and particle repositioning maneuver using dielectrophoresis that have showed successful results in the separation.
2099-2107
Yunus, Nurul
8f9cbca2-b705-44a1-abb3-d0e7e8b483d6
Green, Nicolas G
d9b47269-c426-41fd-a41d-5f4579faa581
28 September 2010
Yunus, Nurul
8f9cbca2-b705-44a1-abb3-d0e7e8b483d6
Green, Nicolas G
d9b47269-c426-41fd-a41d-5f4579faa581
Yunus, Nurul and Green, Nicolas G
(2010)
Fabrication of microfluidic device channel using a photopolymer for colloidal particle separation.
Microsystem Technologies, 16 (12), .
(doi:10.1007/s00542-010-1147-0).
Abstract
We have developed a method of fabricating microfluidic device channels for bio-nanoelectronics system by using high performance epoxy based dry photopolymer films or dry film resists (DFRs). The DFR used was with a trademark name Ordyl SY355 from Elga Europe. The developing and exposing processes as well as the time taken in making the channels are recorded. Finally from those recorded methods, the accurate procedures and time taken for DFR development and exposure have been found and ultimately been consistently used in fabricating our channels. These channels were patterned and sandwiched in between two glass substrates. In our advance, the channel was formed for the colloidal particle separation system. They can be used for handling continuous fluid flow and particle repositioning maneuver using dielectrophoresis that have showed successful results in the separation.
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J55_Yunus_Green_Microsystem_Technologies_2010.pdf
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Published date: 28 September 2010
Organisations:
Electronics & Computer Science
Identifiers
Local EPrints ID: 372425
URI: http://eprints.soton.ac.uk/id/eprint/372425
ISSN: 0946-7076
PURE UUID: 057971c0-00ce-4917-b058-0ba54abd0330
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Date deposited: 03 Dec 2014 13:06
Last modified: 15 Mar 2024 03:20
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Author:
Nurul Yunus
Author:
Nicolas G Green
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