Home and desk
This tool builds a gravity locking wall holder for broom, mop and brush handles to your measurements and exports it as STL. Enter the handle diameter range, number of slots and channel angle in millimetres and degrees; the body and rollers are computed in your browser.
The right cheek of each slot has a sloped channel that narrows downwards, with a loose roller inside. When you push the handle in and slightly up, the roller slides aside and up along its tapered end; when you let go, the roller drops by gravity and presses the handle against the left jaw. Its weight wedges the roller further in, so even a heavy mop stays put. To take it out, push the handle up a little and pull it forward.
Free, no sign-up. Change the sizes in millimetres and download the STL.
Each variant is the same template with different settings. Follow the link and the editor opens with those values.
Number of holders: 2 · Thinnest handle: 20 mm · Thickest handle: 30 mm +4
Open this variant: Two slots, 20-30 mm handles
Number of holders: 3 · Thinnest handle: 20 mm · Thickest handle: 30 mm +4
Open this variant: Three slots for broom and mop
Number of holders: 1 · Thinnest handle: 18 mm · Thickest handle: 24 mm +4
Open this variant: Single slot for thin handlesThese values are edited in the editor's template panel. A number outside the range is clamped to the nearest limit automatically.
| Size | Range | Default |
|---|---|---|
| Shape | ||
| Number of holders | 1–5 | 2 |
| Dimensions | ||
| Thinnest handle | 18–35 mm | 20 mm |
| Thickest handle | 18–35 mm | 30 mm |
| Channel angle | 10–22 ° | 15 ° |
| Roller diameter | 24–50 mm | 36 mm |
| Mounting | ||
| Screw diameter | 3–6 mm | 4 mm |
| Countersink | On / Off | On |
The roller wedges between the handle and the sloped face. If the wedge angle is smaller than twice the friction angle it locks by itself: on a dry wooden or painted metal handle friction is about 0.3, so the limit is around 33°. At the default 15°, friction of 0.13 is enough. The lock still relies on friction; use a TPU roller on slippery handles.
The slot is 1 mm wider than the thickest handle. At its lowest position the roller reaches 2 mm past the thinnest handle, so it touches thin handles too. A wider range needs a bigger roller; the tool enlarges it when needed and shows a note.
No. You drop it into the open channel on top; it runs in a back plate recess and a front pin groove. The channel top is vertical, so a handle cannot push the roller out, and it only comes out if you turn the body upside down.
Set the channel angle to 10-12° or print the rollers in TPU. Measure the handle and check it is inside the range.
The wedge passes the load to the back plate and screws. With two screws and a PLA body it easily holds a 2 kg wet mop.
This tool builds a screw-on wall hook to your measurements and exports it as an STL. Pick a hook style, type the plate size and how far the hook should reach out in millimetres, set the screw holes, and the model is computed in your browser.
Sizes and details: Wall hook
This tool generates a rack with a row of holes that keeps hand tools on the wall or at a desk edge, and exports it as an STL. Enter the hole type, number, size and spacing, choose a mount, and the model is built in your browser.
Sizes and details: Tool holder
This tool generates pegboard hooks, shelves and rings and exports them as STL. Pick the board: 40 mm pitch with 5x15 mm vertical slots, or classic pegboard with 25.4 mm (1 inch) pitch and Ø6 mm holes. Then choose the hook type and enter length and tip lip in millimetres.
Sizes and details: Pegboard hookOpen the template in the editor, enter your values and download a print-ready STL. No account needed.