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3D Printed NAS Cases and STL Enclosures

This collection gathers 3D-printable enclosures and mounting parts for network storage builds, from single-board computer bays to modular mini-ITX towers. The models differ mainly in board size, drive count and how the parts join together. It is a useful starting point if you plan a NAS for 3D printing and want to compare layouts before committing to a design. Polyzon does not confirm whether models are free, their price, license, official status, affiliation, safety or fitness. Check the current terms at the source.

Le texte de cette collection est rédigé en anglais ; la recherche, elle, fonctionne dans toutes les langues.

Comment cette collection est composée

Polyzon compose cette collection à partir des résultats de recherche des plateformes connectées. Les doublons et les modèles sans aperçu sont retirés, les correspondances faibles sont placées à la fin, et le reste suit l’ordre de la recherche. Les modèles appartiennent à leurs auteurs : consultez les conditions sur la page de chaque modèle.

Règles de sélection : la rédaction de Polyzon · Texte mis à jour le 14/10/2026


Collection

Par où commencer

Tous les modèles de cette collection

À propos de la catégorie

«3D Printed NAS Cases and STL Enclosures»

The reference shows two broad families. One covers enclosures built around small single-board computers, usually with several 2.5 or 3.5 inch drive positions and a printed frame that holds the board and drives together. The other covers mini-ITX and thin-client conversions, where a printed shell, drive cage or stackable expansion section wraps existing hardware. Modular and stackable designs appear often, which means the same base can grow by adding printed layers rather than being reprinted from scratch.

Before printing, read the author's page for the internal dimensions, the number of separate parts, and whether screws, threaded inserts or magnets are expected. Drive spacing and airflow gaps matter in a closed enclosure, so check the wall thickness and vent openings shown in the photos. Look at the material and settings the author lists, and compare them with what your 3D printer handles, since large flat panels and tall cages behave differently on a bed.

To widen the results, try related terms such as drive cage, HDD bracket, server case, mini-ITX tower or single-board computer housing, and search by the board or drive size you already own. Combining a case term with a bay count or a form factor usually narrows the list faster than the topic word alone. If nothing matches, look for a base enclosure and separate printed drive mounts that can be combined.

FAQ

Questions fréquentes

What do I need to check before printing a NAS enclosure?
Confirm the internal dimensions against your board and drives, count the separate parts, and see whether the author lists inserts, screws or other hardware. Photos of assembled prints show how the sections line up.
Can a printed NAS case hold 3.5 inch drives?
Yes, several designs in this collection are built around 3.5 inch bays, while others use 2.5 inch drives for a smaller footprint. The bay size and spacing are usually stated on the model page.
How do stackable or modular NAS cases work?
They use a common base section with printed layers or frames added on top, so the drive count can grow later. Check how the sections lock together and whether the added height still leaves room for airflow.
Which search terms help find more NAS models?
Try drive cage, HDD bracket, server case, mini-ITX tower or single-board computer housing. Adding a bay count or form factor to the query usually gives more specific results.

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