Guitar Neck Rest 3D Models and STL Files

«Guitar Neck Rest 3D Models and STL Files»

The most common pieces are cradles that sit on a bench and hold the neck at a fixed height, often with a curved profile that follows the back of the neck. Angled and multi-position versions let you change the working height or tilt, which matters when you move between fret work and nut or truss rod adjustments. Wall hangers and headstock mounts take a different approach: they hold the instrument by the headstock or neck so it stays off the floor, and some are shaped as decorative wall pieces. Larger working stands support the whole instrument upright, sometimes with a rest for the body as well.

Before printing, check the neck width and profile the author lists, since a cradle sized for an electric guitar may not fit a bass or a wide acoustic neck. Look at how the model contacts the instrument: some designs touch only the back of the neck, others support the fretboard edges, and padding or felt strips are often added by the user. Read the recommended material, layer height, wall count and infill, and check the orientation of the part on the bed, because a rest printed flat can split along the layers under load. Photos of real prints on the model page show how the finished piece sits under an instrument.

If the results feel narrow, try other terms for the same idea: neck cradle, neck support, luthier jig, guitar stand, headstock hanger, or wall mount. Adding the instrument type narrows it further — electric, acoustic, bass, classical — and related topics such as fretboard, nut, truss rod, setup or repair bring up tools used in the same workflow. You can also search by the part that holds the instrument, for example a yoke, a U-shaped bracket or a padded block, since authors describe the same shape in different words.

The choice usually comes down to where you work: a bench cradle for setup tasks, a stand for keeping the instrument upright during longer jobs, or a wall hanger for storage between sessions. Check the dimensions against your instrument, the hardware the model expects, such as screws or inserts, and whether the design needs supports or prints without them. If a model is close but not exact, scaling it slightly or adding your own padding is often enough.