Realization and characterization of disposable polymer chips for the study of the filling of microchannels at low capillary numbers

Giuliano Bissacco, G. Mistura, A. Franzoi, M. Pierno, S. Carmignato, A. Voltan

Research output: Chapter in Book/Report/Conference proceedingArticle in proceedingsResearchpeer-review

Abstract

A crucial aspect in the use of microfluidic systems is the filling of microchannels with the liquid. In order to better understand this phenomenon, systematic studies of the meniscus dynamics in model system microchannels are being carried out. A critical factor for the reliability of such a study is the capability to control the rounding radius of the micro features used as obstacles. For this purpose a dedicated process chain was developed for the realization of disposable polymer microfluidic chips integrating the desired features and allowing the generation of internal as well as external corners with controlled edge radius. Preliminary test results are presented.
Original languageEnglish
Title of host publicationProceedings of the euspen International Conference
Volume2
Publication date2009
Pages447-450
Publication statusPublished - 2009
Externally publishedYes
Event9th International Conference of the European Society for Precision Engineering and Nanotechnology - San Sebastian, Spain
Duration: 2 Jun 20095 Jun 2009
Conference number: 9

Conference

Conference9th International Conference of the European Society for Precision Engineering and Nanotechnology
Number9
CountrySpain
CitySan Sebastian
Period02/06/200905/06/2009

Cite this

Bissacco, G., Mistura, G., Franzoi, A., Pierno, M., Carmignato, S., & Voltan, A. (2009). Realization and characterization of disposable polymer chips for the study of the filling of microchannels at low capillary numbers. In Proceedings of the euspen International Conference (Vol. 2, pp. 447-450)
Bissacco, Giuliano ; Mistura, G. ; Franzoi, A. ; Pierno, M. ; Carmignato, S. ; Voltan, A. / Realization and characterization of disposable polymer chips for the study of the filling of microchannels at low capillary numbers. Proceedings of the euspen International Conference. Vol. 2 2009. pp. 447-450
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Bissacco, G, Mistura, G, Franzoi, A, Pierno, M, Carmignato, S & Voltan, A 2009, Realization and characterization of disposable polymer chips for the study of the filling of microchannels at low capillary numbers. in Proceedings of the euspen International Conference. vol. 2, pp. 447-450, 9th International Conference of the European Society for Precision Engineering and Nanotechnology, San Sebastian, Spain, 02/06/2009.

Realization and characterization of disposable polymer chips for the study of the filling of microchannels at low capillary numbers. / Bissacco, Giuliano; Mistura, G.; Franzoi, A.; Pierno, M.; Carmignato, S.; Voltan, A.

Proceedings of the euspen International Conference. Vol. 2 2009. p. 447-450.

Research output: Chapter in Book/Report/Conference proceedingArticle in proceedingsResearchpeer-review

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T1 - Realization and characterization of disposable polymer chips for the study of the filling of microchannels at low capillary numbers

AU - Bissacco, Giuliano

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AU - Carmignato, S.

AU - Voltan, A.

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AB - A crucial aspect in the use of microfluidic systems is the filling of microchannels with the liquid. In order to better understand this phenomenon, systematic studies of the meniscus dynamics in model system microchannels are being carried out. A critical factor for the reliability of such a study is the capability to control the rounding radius of the micro features used as obstacles. For this purpose a dedicated process chain was developed for the realization of disposable polymer microfluidic chips integrating the desired features and allowing the generation of internal as well as external corners with controlled edge radius. Preliminary test results are presented.

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EP - 450

BT - Proceedings of the euspen International Conference

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Bissacco G, Mistura G, Franzoi A, Pierno M, Carmignato S, Voltan A. Realization and characterization of disposable polymer chips for the study of the filling of microchannels at low capillary numbers. In Proceedings of the euspen International Conference. Vol. 2. 2009. p. 447-450