Towards 3D printed microfluidic devices in α-alumina

Henk-Willem  Veltkamp; Yiyuan  Zhao; Remco G.P. Sanders; Remco J. Wiegerink; Joost Conrad Lötters

Towards 3D printed microfluidic devices in α-alumina

Henk-Willem Veltkamp, Yiyuan Zhao, Remco G.P. Sanders, Remco J. Wiegerink, Joost Conrad Lötters

Research output: Contribution to conference › Paper

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Abstract

3D-printing in microfluidics is a relatively new approach. However, most of the applications are printed in polymeric material, limiting the use in high temperature applications. This paper describes the first steps towards a 3D printed microfluidic device in α-alumina. This material could potentially be used in applications with temperatures up to 1000°C. In this paper we shortly discuss the history of 3D printing and microfluidics, the material properties of α-alumina, the theory on membrane deflection, and proposed structures to test this theory, gas-tightness, metal adhesion properties of α-alumina.

Original language	English
Pages	156-159
Number of pages	4
Publication status	Published - 2 Oct 2019
Event	4th Conference on MicroFluidic Handling Systems, MFHS 2019 - De Kleine Willem, Enschede, Netherlands Duration: 2 Oct 2019 → 4 Oct 2019 Conference number: 4 https://www.mfhs2019.org/

Conference

Conference	4th Conference on MicroFluidic Handling Systems, MFHS 2019
Abbreviated title	MFHS 2019
Country	Netherlands
City	Enschede
Period	2/10/19 → 4/10/19
Internet address	https://www.mfhs2019.org/

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title = "Towards 3D printed microfluidic devices in α-alumina",

abstract = "3D-printing in microfluidics is a relatively new approach. However, most of the applications are printed in polymeric material, limiting the use in high temperature applications. This paper describes the first steps towards a 3D printed microfluidic device in α-alumina. This material could potentially be used in applications with temperatures up to 1000°C. In this paper we shortly discuss the history of 3D printing and microfluidics, the material properties of α-alumina, the theory on membrane deflection, and proposed structures to test this theory, gas-tightness, metal adhesion properties of α-alumina.",

author = "Henk-Willem Veltkamp and Yiyuan Zhao and Sanders, {Remco G.P.} and Wiegerink, {Remco J.} and L{\"o}tters, {Joost Conrad}",

year = "2019",

month = oct,

day = "2",

language = "English",

pages = "156--159",

note = "4th Conference on MicroFluidic Handling Systems, MFHS 2019, MFHS 2019 ; Conference date: 02-10-2019 Through 04-10-2019",

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T1 - Towards 3D printed microfluidic devices in α-alumina

AU - Veltkamp, Henk-Willem

AU - Zhao, Yiyuan

AU - Sanders, Remco G.P.

AU - Wiegerink, Remco J.

AU - Lötters, Joost Conrad

N1 - Conference code: 4

PY - 2019/10/2

Y1 - 2019/10/2

N2 - 3D-printing in microfluidics is a relatively new approach. However, most of the applications are printed in polymeric material, limiting the use in high temperature applications. This paper describes the first steps towards a 3D printed microfluidic device in α-alumina. This material could potentially be used in applications with temperatures up to 1000°C. In this paper we shortly discuss the history of 3D printing and microfluidics, the material properties of α-alumina, the theory on membrane deflection, and proposed structures to test this theory, gas-tightness, metal adhesion properties of α-alumina.

AB - 3D-printing in microfluidics is a relatively new approach. However, most of the applications are printed in polymeric material, limiting the use in high temperature applications. This paper describes the first steps towards a 3D printed microfluidic device in α-alumina. This material could potentially be used in applications with temperatures up to 1000°C. In this paper we shortly discuss the history of 3D printing and microfluidics, the material properties of α-alumina, the theory on membrane deflection, and proposed structures to test this theory, gas-tightness, metal adhesion properties of α-alumina.

M3 - Paper

SP - 156

EP - 159

T2 - 4th Conference on MicroFluidic Handling Systems, MFHS 2019

Y2 - 2 October 2019 through 4 October 2019

ER -