XCF to SVG Converter

How to Convert XCF to SVG Online

1. Upload Your XCF File: Drag and drop your GIMP .xcf project, or click "Add Files" to browse. Batch is supported — queue several XCFs and process them together.
2. Set Number Precision (1-8): Default is 6 on a slider that travels to 10. One value drives two tracer settings at once — how finely colours are separated, and how many decimal places each path coordinate keeps. Lower values (3-5) shrink the SVG by merging colours and rounding coordinates; 7-8 keeps tight curves accurate but produces a larger XML file. Values between 4 and 6 work for most logos and icons. Do not use 9 or 10 — colour precision is only defined for 1 to 8 significant bits per RGB channel, so those two positions abort the run with an out-of-range error and produce no file.
3. Flatten and Simplify in GIMP First (Recommended): SVG is single-image XML, and the tracer works from one layer of the XCF rather than the merged canvas — so a multi-layer project traces incomplete artwork. Run Image → Flatten Image, remove background clutter, and re-save the .xcf before uploading.
4. Convert and Download: Click "Convert". Files process on our servers — no GIMP install, no sign-up, no watermark.

Why Convert XCF to SVG?

XCF is GIMP's native binary format, first released in December 1997 and still the only file type that fully preserves a GIMP project's layers, channels, masks, paths, and selections. SVG is a W3C-standard XML markup that describes graphics as math (paths, shapes, fills) instead of pixels, so it scales infinitely without blurring. Converting XCF to SVG either traces the rasterised image into vector paths or embeds the rendered raster inside an SVG wrapper — which one depends on the source content.

• Logos and icons for the web — Designers often mock up identity work in GIMP, then need a vector copy that stays sharp on any DPI display. Tracing a flat 2-3 colour logo at precision 5-6 produces clean curves usable on Retina screens, 4K monitors, and print at any size.
• Resolution-independent print artwork — A 1080-pixel raster looks fine on screen but pixelates on a 24-inch poster. A traced SVG can be scaled to any banner or backdrop without resampling.
• CSS / SMIL animation source — SVG paths can be styled with CSS, animated with SMIL, or hand-edited in code. A traced XCF gives you a starting point that other tools (Inkscape, Figma, browser DevTools) can refine.
• Cutting machines and CNC — Cricut, Silhouette, laser cutters, and vinyl plotters take SVG path data directly. A clean trace of a GIMP design becomes a cut-ready file.
• Faster page loads — A 200 KB PNG often becomes a 5-15 KB SVG once traced. SVG ships as gzipped text inside HTML, so it benefits from HTTP compression.
• Cross-tool portability — XCF only opens reliably in GIMP. SVG opens in every browser, Adobe Illustrator, Inkscape, Figma, Sketch, and most office suites.

Tracing works best on flat, high-contrast art. Photographs, soft gradients, and painterly brushwork won't trace cleanly, and there is no wrapping fallback here — this page always produces a genuine vector trace, never the rendered pixels tucked inside an SVG container. For those sources, export as a raster instead (XCF to PNG or XCF to JPG), which preserves the original look far better than any trace of them would.

XCF vs SVG — Format Comparison

Number Precision Quick Guide

Frequently Asked Questions

Why doesn't GIMP itself export XCF as SVG?

GIMP is fundamentally a raster editor — its native SVG export only writes out paths created with the Paths tool, never the pixel content of layers. The official GIMP docs cover importing SVG and saving paths as SVG, but raster pixels in your XCF are silently dropped on export. That's why a dedicated XCF→SVG converter has to either trace the rendered raster into vectors or wrap it as an embedded image inside the SVG.

Will my GIMP layers, masks, or paths transfer to SVG?

No, and the layer part needs care. SVG has no concept of GIMP's layer stack with channels and masks, and the converter does not merge the stack for you: a multi-layer XCF is read as a multi-page image and a single layer is what reaches the tracer. Trace an unflattened project and you get paths for part of the artwork only, with the rest of the canvas empty. Flatten in GIMP first (Image → Flatten Image, then re-save the .xcf) so the tracer sees the whole picture. Paths drawn with GIMP's Paths tool are not re-extracted as native SVG paths either — everything is traced from visible pixels. Keep your .xcf for editing; treat the SVG as a one-way export.

Is the conversion a real vector trace or just an embedded raster?

XConvert traces the rendered raster into actual <path> elements using a Potrace-style algorithm, controlled by the Number precision slider. The output is editable as vector paths in Inkscape, Illustrator, or Figma. If your source is a complex photograph the trace may produce hundreds of micro-paths and will look blocky — that's a sign the image isn't a good candidate for vectorisation, not a tool failure.

What does the Number precision slider actually change?

It controls how many decimal places SVG path coordinates keep. Precision 3 might output M 12.3 45.7, while precision 8 outputs M 12.34567890 45.67890123. More decimals make tighter curves match the source pixel-perfectly but inflate the XML file size. The default of 6 keeps sub-pixel accuracy at typical screen resolutions while staying compact.

Why does my photograph look terrible after tracing?

Tracing detects edges between colour regions and fits Bezier curves along them. A photo has thousands of overlapping soft-edged regions, so the tracer either flattens it into posterised colour blobs or generates so many tiny paths that the SVG becomes larger than the original PNG. For photographic content, export the XCF as PNG or JPG first, then optimise — vectorisation is meant for flat artwork.

What's the best workflow for a GIMP logo destined for SVG?

In GIMP: flatten the image, increase contrast so edges are crisp, remove anti-aliasing if possible (Filters → Generic → Threshold for hard edges), and reduce the colour palette. Then upload the cleaned XCF here at precision 5-6. The cleaner your raster, the fewer stray paths the tracer generates. For final polish, open the SVG in Inkscape and use Path → Simplify to remove leftover noise.

Can I get truly editable paths instead of a single traced shape?

The traced output uses separate <path> elements for each colour region, so you can already select and edit them individually in any vector editor. For more granular control — separating an icon's outline from its fill, for example — open the SVG in Inkscape after conversion: Path → Break Apart splits compound paths, and the Node tool lets you reshape curves. This is standard practice for any auto-traced SVG, regardless of source converter.

What if I don't need vectors and just want a smaller file?

If scalability isn't required, XCF to PNG gives you a lossless raster, XCF to JPG gives you a smaller lossy raster, and XCF to PDF wraps the rendered image in a portable document. For starting from another raster format instead of XCF, see the general Image to SVG page. To reduce an existing SVG further, Compress SVG strips metadata and rounds coordinates.

Do I need GIMP installed to convert XCF here?

Not for the conversion itself — XConvert renders XCF directly on our servers, with no GIMP, Inkscape, or command-line tools at your end, and the SVG comes back as a download. The one thing you do want GIMP for is merging a layer stack before you upload, since the tracer works from a single layer. A logo that's already one flattened layer traces without touching GIMP at all.