Integration of large-area polymer nanopillar arrays into microfluidic devices using in situ polymerization cast molding

Guofang Chen; Gregory T. McCandless; Robin L. McCarley; Steven A. Soper

doi:10.1039/B713324C

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Lab on a Chip

Issue 11, 2007

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Integration of large-area polymer nanopillar arrays into microfluidic devices using in situ polymerization cast molding

Guofang Chen , Gregory T. McCandless , Robin L. McCarley and Steven A. Soper

Lab Chip, 2007, 7, 1424-1427

DOI: 10.1039/B713324C
Received 30 Aug 2007, Accepted 27 Sep 2007
First published on the web 08 Oct 2007

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Presented here is a simple and robust approach for the integration of mixed-scale (nm–cm) structures into fluidic devices. We report on devices composed of large-area polymer nanopillar arrays of high aspect ratio (33–667) integrated into microfluidic channels fabricated by cast-molding polymerization of methyl methacrylate with mechanically/lithographically patterned, nanoporous aluminium oxide (AAO) templates. The microchannels containing the nanopillar arrays can be chemically functionalized and used for a variety of applications, such as separation beds or solid-phase reactors/extractors.

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Integration of large-area polymer nanopillar arrays into microfluidic devices using in situ polymerization cast molding

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