Downloadable Model Files

These 3D-printable files were generated using Noyron and other Computational Engineering Models based on PicoGK.

Feel free to download and print. Give us a shoutout on X, LinkedIn, or Instagram when you do.

The downloadable content is made available to you under the Creative Commons BY-SA license.

Liquid-liquid heat exchanger

This liquid-liquid heat exchanger with a segmented pipe architecture was created using Noyron. The model is optimized for metal Laser Powder Bed Fusion, but also prints well on resin- and filament-based 3D printers.

ZIP Archive (2.24 GB), contains three STL print files, each around 1 GB

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Tesla valve

Tesla valves inhibit the flow of fluids in one direction, while having minimal pressure drop in the opposite direction. Tesla valves are used to reduce back flow or resonance issues. The model is optimized for metal Laser Powder Bed Fusion, but also prints well on resin- and filament-based 3D printers.

ZIP Archive (240 MB), expands to one STL print file, at around 600 MB

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Impellers

These Noyron-generated impellers feature integrated inducers and are optimized for fast rotational speeds like those encountered in turbo pumps. The models are optimized for metal Laser Powder Bed Fusion, but also print well on resin- and filament-based 3D printers.

ZIP Archive (170 MB), expands to three STL print files around 500 MB

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Advanced heat exchanger structure

A heat exchanger structure optimized for fast flowing liquids, based on a circular branching algorithm. The model is optimized for metal Laser Powder Bed Fusion, but also prints well on resin- and filament-based 3D printers.

ZIP Archive (400 MB), expands to one STL print file, at around 1.2 GB

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Manifold block

A manifold that was autogenerated using Noyron, routing the connections while ensuring printability and minimal material use. The model is optimized for metal Laser Powder Bed Fusion, but also prints well on resin- and filament-based 3D printers.

ZIP Archive (378 MB), expands to one STL print file, at around 1.1 GB

Download here

Liquid-liquid heat exchanger

This liquid-liquid heat exchanger with an intricate helical internal structure was created using a computational model which we open-sourced. You can check out the GitHub repository here. The model is optimized for metal Laser Powder Bed Fusion, but also prints well on resin- and filament-based 3D printers.

ZIP Archive (800 MB), STL print file expands to 2.2 GB

Download here

Manifolds for LPBF printing

These manifolds were generated on PicoGK by one of our Computational Engineering models. They are optimized for metal Laser Powder Bed Fusion Printers.

ZIP Archive (400 MB), 6 print files (STL)

Download here

Download ZIP archive, with .CLI slices and slice visualizations.