Handheld syringe pump with heating element

Summary

A handheld syringe pump with an included heating element will be constructed for microfluidic applications. An Arduino will be used as the central controlling element. It adjusts the temperature via a mantle-type heating element wrapped around the syringe, and sets the flow rate and target volume by regulating the rotation of a stepper motor. A 3D-printed structure will be used will be used making the device light, inexpensive, and easy to replicate. The temperature control provides a novel feature, making the device an ideal tool for microfluidic cell culture applications.

The Team

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Cornelius Bausch Department of Physics, Cavendish Laboratory, University of Cambridge

Cornelius will supervise the project, and provide expertise on electronics, Arduino, mechanical design, sensor and feedback controls. 

 

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Nicola Pellicciotta Department of Veterinary Medicine, University of Cambridge

Nicola will provide expertise on electronics, CAD design, and mechanical engineering

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Benedikt Fischer Department of Physics, Eberhard Karls University, Tübingen, Germany

Benedikt will provide expertise on software programming, mechanical engineering, and prototyping. 


Project Outputs

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Project Report

Project report and documentation on Github

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Project Proposal

Original proposal and application