Make and Characterize Microfluidic Devices with Gelatin: Do-it-yourself (DIY) Laboratory at Home

Loading...
Thumbnail Image

Embargo Date

Related Collections

Degree type

Discipline

Subject

Microfluidics
softlithography
gelatin fluidics
Reynolds number
laminar flow
Do-it-yourself (DIY)
and nanofabrication
Biological Engineering
Biomechanical Engineering
Education
Educational Technology
Electronic Devices and Semiconductor Manufacturing
Engineering Education
Engineering Mechanics
Engineering Science and Materials
Mechanical Engineering
Molecular, Cellular, and Tissue Engineering
Nanotechnology Fabrication
Science and Mathematics Education
Secondary Education

Funder

Grant number

License

Copyright date

Distributor

Related resources

Author

Youderian, Marissa
Song, Xilai
Lancaster, Mark
Jhamb, Ahana

Contributor

Abstract

Microfluidic devices have been fabricated with gelatin and paper clips. Optimization of fabrication and characterization process has been carried out systemically by varying gelatin-to-water ratio, bonding time and connector type. We find that the higher gelatin-to-water ratio and the luer lock syringe tip provide a greater success rate, whereas the influence of bonding time is limited. The Reynolds number was calculated to identify whether the fluid shows laminar or turbulent flow.

Advisor

Date Range for Data Collection (Start Date)

Date Range for Data Collection (End Date)

Digital Object Identifier

Series name and number

Publication date

2021-11-09

Journal title

Volume number

Issue number

Publisher

Singh Center for Nanotechnology

Publisher DOI

Journal Issues

Comments

Recommended citation

Collection