A printable name sign or desk plate: your text raised on a backing plate, in a font you pick, sized in real millimetres. It also handles the part most generators skip, which is how the sign actually attaches to something: keyhole slots, screw holes, a French cleat, or a separate desk wedge.
Mounting is where these go wrong. A keyhole slot needs solid material behind it, and some letterforms simply do not offer any: at default sizes, letters like C, E, F, K, L, T and Z leave nowhere safe to put a pair of slots.
A French cleat is the answer for a heavy sign: an angled groove in the back of the plate and a bar that screws to the wall, so the sign drops on from above and its own weight pulls it flat. Both halves print without supports, and the groove never cuts deep enough to weaken the plate.
Rather than fail silently, the generator works down a ladder: it shrinks the screw, then adds a hidden pad on the back, then drops from a pair of slots to a single one, and it tells you which of those it did. If mounting still cannot be placed, that is a real answer rather than a sign that falls off a wall.
| Mounting | Best for | Watch out for |
|---|---|---|
| Keyhole slots | Walls, hidden fixings | Needs solid material behind; letterform-dependent |
| Screw holes | Doors, sturdy fixing | Visible screw heads |
| French cleat | Heavy signs, dead flat to the wall | Prints a second part; needs a thicker plate |
| Desk wedge | Desks and shelves | Prints as a second part |
| None | Adhesive mounting | Clean the wall first; tape fails on textured paint |
Flush fuse mode makes the letters level with the plate rather than raised. On a single-nozzle printer, insert a filament change at the layer where the letters begin and swap the spool: the result reads as a proper inlay rather than embossed text. Export the 3MF to keep the letters as a separate coloured object.
| Setting | Use | Why |
|---|---|---|
| Orientation | Flat on the bed, face up | The file already exports lying flat; printing it standing wastes time and needs supports |
| Layer height | 0.16 to 0.2 mm | Fine enough for clean letterforms at sign scale |
| Walls | 3 perimeters | Letters are mostly perimeter, so this is what makes them crisp |
| Infill | 15% | A plate on a wall carries no load |
| Supports | None | Nothing overhangs when it prints flat |
| Material | PLA indoors, PETG or ASA outdoors | PLA warps and yellows in sun and in a car |
Some letterforms leave nowhere with material behind them for a slot. The generator already tries a smaller screw, then a hidden back pad, then a single slot instead of a pair, and reports what it used. If none fit, make the sign slightly larger or add a backing plate: those are the two things that create the material a fixing needs.
Usually adhesive on textured or freshly painted paint, not a print problem. Use the keyhole or screw mounting for anything heavier than a small tag, and let new paint cure for a couple of weeks before sticking anything to it.
Script faces have very fine joins. Scale the sign up, choose a heavier font, or increase the letter height so the strokes come out wider than the nozzle can draw cleanly.
Fixed. Files now export lying flat, which is the correct print orientation. If you have an older download, just rotate it flat in the slicer.
Type a name and Meshcast builds a print-ready name sign with a bold initial and flowing script. Adjust the size, then download STL or 3MF and print it. No card, runs in your browser.
Yes. The generator is built for desk name plates, door signs and shelf signs. Print it flat and stand it up, or add a base in your slicer.
A print-ready STL or 3MF that slices directly in any common slicer such as Cura, PrusaSlicer or Bambu Studio.
Yes. The sign is built in your browser and a free weekly download allowance covers casual use.
Keyhole slots are the tidiest option because the fixing is hidden behind the sign. Screw holes are stronger and more visible. For a desk, print the separate wedge instead. Adhesive works only on smooth, fully cured paint.
Some letterforms leave no solid material behind them for a slot to sit in, which at default sizes affects letters like C, E, F, K, L, T and Z. The generator tries a smaller screw, then a hidden back pad, then a single slot rather than a pair, and tells you which it used. Making the sign larger or adding a backing plate creates the material a fixing needs.
Yes. Use flush fuse mode so the letters sit level with the plate, then insert a filament change in your slicer at the layer where the letters start. Exporting the 3MF keeps the letters as their own object.
Flat on the bed, face up. The file already exports lying flat, so no supports are needed and the letters come out crisp.
Yes. Upload an SVG for artwork, with text converted to outlines and strokes converted to paths first, since an SVG references fonts by name rather than embedding them.