Modular pressure vial holder with manifold caps
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Open hardware, parametric vial holder that enables precise flow control in microfluidics.
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- Chemistry & Biology
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We present a modular sample holder that integrates a parametric CAD design developed on OnShape. https://cad.onshape.com/documents/7c16a4f893c59727774109a0/w/9516d6a2785e29d4604fe688/e/f9cb2954096b3515ac6188b6?renderMode=0&uiState=649b6111e710ad7d4252d250
This sample holder serves as a rack and screw cap for 4ml autosampler vials, small glass bottles often used in laboratories. The hexagonal-shaped caps are designed to facilitate the connection of both microfluidic tubing and a pressure source, enabling easy and precise sample management. This system is an alternative to syringe pumps.
Created with a CNC cutting process using Delrin, a pressure robust, sterilisable and machinable plastic, this holder provides a do-it-yourself solution for producing microfluidic sample reservoirs. These reservoirs can be utilised with a pressure control system to accurately manage the flow of liquids such as chemical substances and biological samples, e.g. cell suspensions. This system is a reliable, practical solution for efficient liquid handling and precise flow control in the laboratory setting.
GitHub documentation: https://github.com/wenzel-lab/open-microfluidics-workstation/tree/master/module_sample_reservoirs
Licence (currently not available on Printables): CERN Open Hardware Licence v1.2