Make a solid logo badge from a transparent PNG or prepared SVG. Compare raster and vector outlines, set physical size and download a locally generated STL.
A transparent alpha mask or dark brightness threshold becomes a solid cutout. Internal holes and separate islands are preserved. JPG has no transparent background.
A real conversion made with this tool. Your model will appear here after generation.
Example size: 60.0 × 60.0 × 3.0 mm
Choose an image → Set size → Generate → Download STL
STL coordinates are in mm. No colors or textures. Review walls and orientation in your slicer before printing.
Original inputs, actual generated meshes and downloadable STL files. These are digital previews, not photographs of printed objects.
A 60 mm badge uses a transparent raster source. This tool adds neither a backing plate nor a hanging loop.
Width (mm): 60 · Resolution: 128 · Extrusion thickness (mm): 3 · Minimum island area (grid pixels): 16
60.00 × 60.00 × 3.00 mm · 32 triangles · 1 closed shell
Use SVG for curves already described as paths. The ring and disc are separate printed pieces, not an assembled logo.
Width (mm): 60 · Extrusion depth (mm): 3 · Curve quality: 16
60.00 × 54.00 × 3.00 mm · 156 triangles · 2 closed shells
A logo may look connected on a screen while containing separate letters, dots and decorative islands. Converting it to STL preserves those parts; it does not assemble them into one badge. Start by deciding whether you want separate pieces, a single connected emblem, or a design with a backing plate. Prepare the connections in the source when they are part of the intended object.
The raster badge example begins at 60 mm wide and 3 mm thick with a larger small-island filter than the general PNG tool. The vector emblem instead uses closed SVG contours to keep its ring and curved disc well defined. These compare two production choices: a pixel-defined edge and a prepared vector edge. Neither demonstration automatically adds a keyring hole, hanging loop, mounting hardware or background plate.
Physical size matters more than the apparent sharpness of a logo thumbnail. A thin bridge that looks fine in a large editor view can be too narrow after scaling to a small badge. Width changes the planar size, while extrusion thickness remains an explicit value. Inspect holes, islands and thin regions at the final dimensions in your slicer. Use graphics you own or have permission to reproduce; conversion does not confer rights to another brand.
| Control | Starting point | What to inspect |
|---|---|---|
| Badge width | 60 mm | A compact starting scale, not a universal printable size. The experiment increases it to 90 mm while keeping the same thickness. |
| Extrusion thickness | 3 mm | Controls Z depth independently of width. A thicker badge does not strengthen a tiny XY bridge that remains narrow. |
| Minimum island area | 16 sampled pixels | Filters tiny raster components. It is a grid area threshold, not a minimum physical wall width. Do not use it to remove intentional punctuation. |
| Vector curves | Quality 16 in the SVG example | Select SVG Vector Extrude for supported filled paths. Curve sampling and topology checks still apply even when the source is vector. |
A larger badge expands XY dimensions, but the explicit 3 mm extrusion remains fixed. Both files use the same input and recorded settings; the single change is shown below.
| Recorded STL result | Baseline | One parameter changed |
|---|---|---|
| Bounds | 60.00 × 60.00 × 3.00 mm | 90.00 × 90.00 × 3.00 mm |
| Triangles / shells | 32 / 1 | 32 / 1 |
| Volume | 9301.0 mm³ | 20927.3 mm³ |
| Download for inspection | Baseline STL | Comparison STL |
Closed geometry and dimensions were checked after download. These measurements describe these files; they are not a printability guarantee.
STL stores triangles without units, colors or textures. This tool writes coordinates intended as millimeters. Closed-mesh validation checks finite coordinates, oriented shared edges and positive volume; it does not certify your printer, material or every thin feature.
JavaScript and Web Workers are needed for conversion. WebGL enables the interactive preview; if preview initialization fails, an already validated STL can still be downloaded.
The V1 baseline fixture silhouette-ring produced actual layered G-code in both slicers. Across the four modes, eight baseline STL files were checked in Bambu Studio and PrusaSlicer. Their recorded files and hashes are retained.
These are baseline slicing checks, not tests of every gallery parameter variation or physical print. Open your own downloaded model, check dimensions and thin features, and choose settings for your printer.
Recorded baseline results
Yes. Independent closed shells are preserved. They print as separate pieces; a shared backing plate or connecting bridges are not added.
Use graphics you own or are allowed to reproduce. The included ring is an original demonstration shape.
No. Prepare a connected backing or union the design in your editor. The tool keeps independent closed shapes instead of inventing connections or merging parts without your choice.
A logo cutout can be part of that design, but no hanging loop or hardware clearance is generated automatically. Add those features in your source and inspect their physical dimensions before printing.
Files stay on your device. Desktop: up to 20 MB / 8 million pixels. Touch phones: 10 MB / 4 million pixels. SVG: 1 MB with bounded complexity. PNG, JPG, WebP and prepared SVG only. Use original or permitted artwork; model conversion does not grant image or trademark rights.
