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Sliceable Magnetic Toys: 3D Models and STL Files

This collection gathers 3D models built around small embedded magnets: play food that separates into slices, slider and cube fidgets, and animal figures. The files are made for 3D printing, so most of them combine a printed body with magnet pockets you fill during or after the print. It is a useful starting point if you want a toy that snaps together and comes apart rather than a single rigid piece. 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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Seçim kuralları: Polyzon editör ekibi · Metin güncellendi: 11.10.2026


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«Sliceable Magnetic Toys: 3D Models and STL Files»

Sliceable food sets are printed as several parts that meet along a cut line and hold together with magnets, so a tomato or a loaf can be taken apart and reassembled. Sliders and cubes work differently: the body is usually one or two pieces, and the magnets create the snap, click and resistance you feel while moving them. Animal figures sit between the two, using a shaped body with magnet inserts at the joints or base.

When choosing a model, look at the magnet size the author specifies, the depth and diameter of the pockets, and the clearance between moving parts, since these decide how the toy feels in hand. Check how many parts need printing, whether they are glued or press-fit, and whether the author lists supports, orientation, layer height and material. Photos of real prints on the model page show how the gaps and seams actually look.

To widen the search, try synonyms such as magnetic fidget, magnet slider, snap toy, cut-apart play food or magnet puzzle, and related terms like press-fit magnets, magnet pockets and EDC fidget. Combining a shape word with a magnet word often returns more results than either term alone. If a model you like is close but not exact, check the author's other uploads and the remixes listed on the page.

FAQ

Sıkça sorulan sorular

What magnet size do these models use?
Authors usually state a diameter and thickness, often something in the range of small disc magnets, and the pocket is sized to match. Check the pocket dimensions on the model page before ordering magnets, since a fraction of a millimeter changes the fit.
Do sliceable magnetic toys need supports?
It depends on how the parts are oriented and how large the overhangs are. Many authors print the halves flat and note in the description whether supports are needed or whether the pockets are bridged.
How are the magnets held in place?
Two common approaches: pause the print before the pocket closes and insert the magnets, or print the pocket open and glue the magnets in afterwards. The model page usually says which method the author used and whether the polarity matters.
How do I scale a magnetic toy up or down?
Scaling changes the magnet pockets as well, so a resized model may no longer take the original magnets. If you need a different size, scale the body and then adjust the pocket dimensions in the slicer or the source file.

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