Extrude supported closed SVG fills into STL shapes with holes. Set width, depth and curve quality, then inspect and download the model in your browser.
Closed vector fills become crisp solid logos. Convert text and strokes to paths; scripts, external files, masks and filters are unsupported.
A real conversion made with this tool. Your model will appear here after generation.
Example size: 100.0 × 100.0 × 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.
The outer ring and inner hole are defined by filled vector paths rather than an image threshold.
Width (mm): 100 · Extrusion depth (mm): 3 · Curve quality: 16
100.00 × 100.00 × 3.00 mm · 32 triangles · 1 closed shell
Two closed shells stay separate. Curve quality changes the circle sampling, not the straight ring edges.
Width (mm): 100 · Extrusion depth (mm): 3 · Curve quality: 16
100.00 × 90.00 × 3.00 mm · 156 triangles · 2 closed shells
SVG describes paths and shapes rather than a rectangular pixel grid. This tool extracts supported closed fills, resolves their contours and holes, samples curves and extrudes the result to a selected depth. Width sets the physical size; the SVG viewBox and transforms supply proportions and placement. Curve quality is a vector sampling control, not the raster Resolution selector used by PNG and JPG modes.
Prepare text and strokes as filled paths in a vector editor before upload. Supported input includes closed paths and basic filled shapes, holes, fill-rule, transforms and viewBox. Open paths, live text, styles, masks, filters, embedded images, scripts and external resources are rejected or require preparation. SVG is parsed as bounded data: uploading a file does not mean every feature of the SVG specification can become geometry.
The compound ring example demonstrates an internal hole. The second example uses a transformed ring and a curved island, which produce separate closed shells. Lower curve quality reduces the sampled circle detail; it does not change straight edges in the ring. Overlapping or merely touching rings may be rejected instead of being silently fused. Union intersecting shapes in your editor when you want one connected solid; this converter does not perform general-purpose Boolean repair.
| Control | Starting point | What to inspect |
|---|---|---|
| Width | 100 mm | Fits the overall vector bounds to a physical width while preserving proportions. SVG coordinates are not automatically printer millimeters. |
| Extrusion depth | 3 mm | Controls constant depth along Z. Thin bridges in the XY outline still require inspection at the selected width. |
| Curve quality | 16 on this page | The second example compares 16 with 4 for the same circular island. More curve segments can increase triangle count without changing the design intent. |
| Orientation | 0° initially | Rotates the prepared outline in the plane. Review the resulting bounds; this is not automatic optimization of print orientation. |
Lower curve quality reduces circle segments and triangle count. Width and depth keep the same physical meaning. Both files use the same input and recorded settings; the single change is shown below.
| Recorded STL result | Baseline | One parameter changed |
|---|---|---|
| Bounds | 100.00 × 90.00 × 3.00 mm | 100.00 × 90.00 × 3.00 mm |
| Triangles / shells | 156 / 2 | 60 / 2 |
| Volume | 13033.7 mm³ | 12682.1 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 svg-extrude-curve-islands 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
Closed filled paths, rectangles, circles, ellipses, polygons, multiple shapes, holes, fill-rule, transforms and viewBox. Text, open paths, strokes, styles, masks, filters, images and external resources need preparation first.
Intersecting or touching rings and invalid contour topology are rejected. Simplify and separate shapes in your editor; the tool does not attempt complex automatic Boolean repair.
No. Valid independent contours form separate closed shells. A ring and a disc are still separate parts; add a real connecting region or backing design in your vector editor if needed.
No. Vector extrusion uses Curve quality for sampled curves. Raster Resolution belongs to image-based modes and is not a substitute for fixing an open or intersecting SVG contour.
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.
