工具与设备

M14 and Metric Fastener 3D Models to Print

This collection gathers 3D models of metric fasteners and related hardware, from hex bolts and nuts to knobs, washers and standoffs sized around M14. It is useful when you need a replacement part, a matching knob, or a test piece to dial in threads on your 3D printer. Many entries are parametric, so a single STL can cover a range of sizes. Polyzon does not confirm whether models are free, their price, license, official status, affiliation, safety or fitness. Check the current terms at the source.

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筛选规则:Polyzon编辑部 · 文字更新于2026年10月11日


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«M14 and Metric Fastener 3D Models to Print»

The most common entries are standard threaded parts: hex bolts and cap screws, hex and lock nuts, and flat washers, usually offered across a span of metric sizes rather than one diameter. A second group covers parts that hold a nut or bolt in place, such as knobs, star grips and hand-tightened grips, where the metal fastener sits inside a printed body. There are also functional pieces like standoffs, connector housings and labels for organising a fastener drawer, plus a few prop or hobby items that use the same thread sizes.

When choosing a model, look at the thread specification the author lists, since printed threads behave differently from cut metal ones and often need clearance. Check the stated size and scale, whether the part is meant to be printed as one piece or assembled from several, and whether supports are required for overhangs. Photos of real prints and the material and layer settings the author mentions tell you more than a render, and a small tolerance test piece is worth printing before a larger part.

To narrow the search, combine the size with the part type, for example a bolt, nut, washer, knob or standoff, and add the standard name if you know it. Related terms such as hex head, socket head, lock nut, threaded insert or parametric thread often surface models that a plain size query misses. If you are after a specific use, searching by function rather than by fastener name, such as a grip for a nut or a spacer for a board, can bring up designs that fit the same M14 range.

FAQ

常见问题

Why do printed M14 threads fit differently from metal ones?
FDM printing tends to shrink and round off thread profiles, so a printed nut or bolt may need extra clearance or a slight scale adjustment. Printing a small test piece first shows how your printer handles the thread.
What should I check before printing a knob or grip that holds a nut?
Look at the nut size and the pocket depth the author specifies, and whether the nut is inserted during the print or pressed in afterwards. The model page usually shows the orientation needed for that.
Can I resize a parametric fastener model to another diameter?
Models built parametrically can often be regenerated at a different size, but thread pitch and wall thickness may need adjusting too. Check the parameters the author exposes before changing dimensions.
Do these parts need supports?
It depends on orientation: bolts printed standing on the head usually need none, while horizontal threads or knobs with recesses may. The author's print notes and photos indicate the intended orientation.

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