Digital AssetAvailable
Transepithelial Hydrostatic Pressure Inducing Transwell Attachment STL File
Faculty of Engineering
Chemical Engineering
McGill University
3D-printable model of the transepithelial hydrostatic pressure device used to apply uniform pressure across epithelial monolayers on Transwell inserts. This STL file contains both the base module and the pressure-cap assembly, complete with gasket channels for o-ring attachment to ensure a leak-free seal. Ideal for labs seeking to study pressure-mediated differentiation in gut or lung epithelial cultures, and the design is compatible with common FDM/SLA printers.
Cellular Microenvironment Design Lab
Faculty of Engineering
Research lab focused on advancing scientific knowledge and innovation.
CL
Chen Li
Chemical Engineering
Faculty of Engineering
McGill University
Digital AssetAvailable
Transepithelial Hydrostatic Pressure Inducing Transwell Attachment STL File
Faculty of Engineering
Chemical Engineering
McGill University
3D-printable model of the transepithelial hydrostatic pressure device used to apply uniform pressure across epithelial monolayers on Transwell inserts. This STL file contains both the base module and the pressure-cap assembly, complete with gasket channels for o-ring attachment to ensure a leak-free seal. Ideal for labs seeking to study pressure-mediated differentiation in gut or lung epithelial cultures, and the design is compatible with common FDM/SLA printers.
Cellular Microenvironment Design Lab
Faculty of Engineering
Research lab focused on advancing scientific knowledge and innovation.
CL
Chen Li
Chemical Engineering
Faculty of Engineering
McGill University
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