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Nanotechnology / Microtechnology / Microfluidics / Semiconductor device fabrication / Electrical engineering / Microfabrication / Microelectromechanical systems / Inkjet printer / Nanofluidic circuitry / Materials science / Chemistry / Technology


Lab on a Chip View Article Online PAPER View Journal | View Issue
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Document Date: 2013-02-26 11:59:48


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City

Irvine / Osaka / Louisville / Austin / E. C / New York / Louis / Brook / London / St. Louis / /

Company

Semiconductor Equipment Corporation / Sigma-Aldrich / J. Liu L. P. / Sanford Corp. / Properties Laboratory / Reno NV / /

Country

Japan / United States / /

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Facility

College Park / University of Maryland Nanoscale Imaging / University of Maryland / /

IndustryTerm

Online PAPER View Journal / inkjet printing / microfluidic systems / red food coloring / completed microfluidic chips / chemical and physical masking layers / piezoelectric and thermal inkjet printing / min using minimal infrastructure / chemical compatibility / bio-analytical systems / microfluidic applications / colloidal systems / laser printing / Online Paper / low gas permeability / rapid desktop manufacturing / microfluidic devices / desktop manufacturing model / stainless steel needle segments / microchannel chip / sealed allthermoplastic chips / multifunctional materials systems / operational microfluidic devices / high gas permeability / gas-phase cyclohexane absorption / high-throughput reel-toreel processing / microfluidic chips / printing / minimal infrastructure / dye solutions / microchannel network / desktop manufacturing platform enabling / typical applications / desktop manufacturing approaches / final sealed chips / process enabling rapid desktop manufacturing / sealed microfluidic chips / desktop manufacturing method / Online Downloaded / desktop manufacturing process / thermoplastic microfluidic devices / chemical / desktop manufacturing / functional chips / thermoplastic microfluidic chips / homogeneous thermoplastic chips / also introduce challenging chemical / following a true desktop manufacturing model / /

Organization

National Institute of Health / View Article Online Lab on a Chip Paper Acknowledgements Downloaded / University of Maryland / Lab on a Chip / Royal Society of Chemistry / University of Maryland Nanoscale Imaging / Spectroscopy / and Properties Laboratory / Department of Mechanical Engineering / Department of Bioengineering / Lab on a Chip Paper Fig / View Article Online Paper Lab on a Chip Downloaded / University of Maryland Nanoscale Imaging / /

Person

L. Locascio / Sakura Color / Nat / A. Van Den Berg / Don L. DeVoe / C. Van Blitterswijk / M. Gaitan / D. Torres da Silva / Omid Rahmaniana / R. Truckenmu V. Saile / C. S. Lee / K. L. Krafcik / J. D. Xu / M. Wessling / /

Position

commercial piezoelectric print head / designer / C. Hunter / /

ProvinceOrState

Maryland / New York / /

PublishedMedium

Lab on a Chip / /

Technology

second COC chip / resulting chips / Electrophoresis / sealed allthermoplastic chips / Mask patterning COC chips / thermoplastic microfluidic chips / orogenically-patterned chip / lithography / microchannel chip / microfluidics / photolithography / Chemical technology / laser / 15 Lab Chip / completed microfluidic chips / MEMS / sealed microfluidic chips / Lab on a Chip / Spectroscopy / final sealed chips / COC chip / COC sealing chip / homogeneous thermoplastic chips / Lab Chip / sealed chips / PDMS chip / /

URL

www.rsc.org/loc / http /

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