Tools & equipment

3D Models for Bit Organizers: STL Boxes and Trays

This collection gathers 3D models that keep screwdriver, hex, drill and router bits in order: wall mounts, slotted boxes, trays and inserts for existing cases. The files are meant for 3D printing, so slot size, wall thickness and lid fit can be adjusted in the slicer or in the source file. It is useful when a loose pile of bits needs a fixed place on a bench or a wall. Polyzon does not confirm whether models are free, their price, license, official status, affiliation, safety or fitness. Check the current terms at the source.

How this collection is put together

Polyzon assembles this collection from search results on the connected platforms. Repeats and models without a preview are removed, weak matches go to the end, and the rest keeps the search order. Models belong to their authors — check the terms on each model's page.

Selection rules: the Polyzon editorial team · Text updated 2026-10-16


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About the category

«3D Models for Bit Organizers: STL Boxes and Trays»

The models differ mainly in how the bits are held and where the organizer lives. Wall-mounted versions use a plate or rail with vertical slots, while box-style organizers close over the bits and often carry a numbered grid for large sets. Inserts and trays are made to drop into a case you already own, and some are parametric so slot count and spacing follow your own measurements.

Before printing, look at the bit shank the model is drawn around: 1/4 inch hex, 6 mm hex, long driver bits and router bits all need different hole depths and clearances. Check the number of parts, whether the design needs supports, and how the lid or rail is fastened. The author's page usually lists material, layer height and photos of finished prints, which show how tightly the bits sit.

To narrow the search, try the terms you would use for the tool rather than the container: bit holder, bit tray, socket strip, drill bit stand, router bit rack, or accessory storage. Adding a size or a shank type, such as 1/4 hex or 6 mm, filters the results further. Related topics include tool box dividers, pegboard holders and drawer inserts.

FAQ

Frequently asked questions

What do I need to measure before printing a bit organizer?
Measure the shank diameter and the length of the longest bit you plan to store, then compare them with the slot dimensions given on the model page. Also check the overall footprint, since a wall plate or box has to fit the space you have.
Do these organizers need supports?
It depends on the geometry. Flat trays and open holders usually print without them, while closed boxes with overhangs or deep vertical holes may need supports or a different orientation. The author's page or the model description often states which way the part was printed.
Can I change the number of slots?
Some models are parametric and let you set slot count, spacing and diameter in the source file before export. For fixed models, scaling the whole part changes both the slots and the outer size, so check that the bits still fit.
Which materials are used for bit holders?
Rigid filaments such as PLA or PETG are common for trays and boxes, and the choice usually depends on where the organizer sits and how much load it carries. The material and settings the author lists are the starting point.

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