Anti-Roll and Anti-Slip Stops: 3D Models and STL Files

«Anti-Roll and Anti-Slip Stops: 3D Models and STL Files»

The models differ mainly in what they block and how they grip. Door wedges rely on a sloped face and grooved underside to hold a leaf open on a hard floor. Caster and bed-frame stops sit under a wheel or a leg and use a lip or a cup shape. Bottle and shelf stops are usually low rings or rails that keep a cylinder from rolling. Grip rings and similar parts wrap around a handle or a base instead of standing on the floor.

When choosing a file, look at the dimensions first: the gap under the door, the wheel diameter, the bottle radius or the distance between furniture legs. Check how many parts the model has and whether they assemble with glue, screws or a press fit. Read the material the author lists — flexible filament for grip surfaces, stiffer plastics for wedges that take a load — along with layer height, wall count and infill. Photos of real prints show whether the grooves and contact faces came out clean.

Print orientation matters more here than in decorative work, because the part is loaded along one axis. A wedge printed flat keeps its layers across the load, while a tall stop may need supports under an overhang; the author's notes usually say which way to place it. If a model is too small or too large, scaling changes wall thickness and the fit of grooves, so adjust dimensions rather than the whole file. To widen the search, try synonyms such as doorstop, chock, anti-slip pad, bumper or holder stop, and related topics like furniture feet, cable clips and shelf organisers.