UtilityKit

500+ fast, free tools. Most run in your browser only; Image & PDF tools upload files to the backend when you run them.

Image to SVG Tracer

Convert PNG, JPG, or GIF images to scalable SVG vectors in your browser. Adjust colors, smoothness, and download.

About Image to SVG Tracer

Image to SVG Tracer converts raster images (PNG, JPG, GIF) into scalable SVG vector files entirely in your browser using imagetracerjs. Upload an image, tune the number of colors (2–16), path simplification, and coordinate rounding (smoothness), then click Trace. The live SVG preview renders instantly alongside your original. A file-size comparison shows original versus SVG output. Download the SVG for use in Figma, Illustrator, Inkscape, or directly in HTML, or copy the SVG markup to the clipboard. All processing is local — your image is never uploaded.

Why use Image to SVG Tracer

  • Runs entirely in-browser — no upload, full privacy.
  • Real-time SVG preview with file-size comparison.
  • Adjustable colors and path quality for a wide range of use cases.
  • Output SVGs work in Figma, Inkscape, Illustrator, and directly in HTML.
  • Free, no sign-up, no watermarks.
  • Runs entirely in-browser using imagetracerjs — no upload, full privacy.

How to use Image to SVG Tracer

  1. Upload a PNG, JPG, or GIF image using the file input.
  2. Adjust the number of colors (fewer = simpler SVG, more = richer detail).
  3. Set path simplification: higher values merge short path segments for a smaller file.
  4. Set smoothness (coordinate rounding): higher rounds curves more aggressively.
  5. Click 'Trace to SVG' and review the preview alongside the original.
  6. Click 'Download SVG' to save the vector file, or 'Copy SVG' to copy the markup.
  7. Upload a PNG, JPG, GIF, or WebP image using the file input.

When to use Image to SVG Tracer

  • Converting a PNG logo to a vector for use at any resolution.
  • Creating a scalable version of a simple icon or illustration.
  • Generating SVG artwork from pixel-based designs for web use.
  • Preparing a raster image for import into a vector design tool.
  • Converting a PNG logo to a vector for use at any resolution without pixelation.
  • Creating a scalable version of a simple icon or illustration for a design system.

Examples

Simple logo

Input: PNG company logo at 512 × 512 px with 3 flat colours

Output: SVG file ~2 KB with three filled paths that scale to any size without pixelation.

Flat illustration

Input: JPG cartoon character at 1024 × 1024 px with about 8 distinct colours

Output: SVG ~15 KB with stacked colour-region paths suitable for embedding in a marketing email.

Map graphic

Input: PNG country outline map at 800 × 600 px

Output: SVG with one path per region, ready for hover and click interactivity in HTML.

Tips

  • Start with the lowest colour count that still preserves the brand colours of your logo — 4–6 is plenty for most flat designs.
  • If the SVG is bigger than the original PNG, the input is too photographic; reduce colours, increase simplification, or use the source as a raster instead.
  • For pixel art, set simplification to 0 and smoothness to 0 — that preserves the staircased edges that give pixel art its character.
  • After download, run the SVG through SVGO (or paste it into an SVGO online tool) to remove redundant attributes and shrink the file 30–50% further.
  • Crisp logo edges trace better at 1× source resolution than at 4×; tracer algorithms see anti-aliasing as additional colours.
  • If your raster has a transparent background, the tracer will produce holes in the SVG — flatten on a solid background first if you want a continuous shape.

Frequently Asked Questions

Does it upload my image?▾
No. imagetracerjs runs entirely in your browser via JavaScript. Your file is never sent to any server.
What image formats are supported?▾
PNG, JPG, GIF, and WebP — any format your browser can display as an image.
Why is my SVG very large?▾
Photographic images with many colors and complex edges produce large SVGs. Reduce the color count and increase path simplification to get a smaller file.
Can I use the SVG in Figma or Illustrator?▾
Yes. The output is a standard SVG that can be imported into any vector editor or used directly in HTML/CSS.
What is path simplification?▾
It merges very short path segments, reducing the number of control points and overall file size at the cost of some edge fidelity.
Is there a maximum image size?▾
Very large images will be slow. For best results, resize the source to under 1000 × 1000 px before tracing.

Explore the category

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Glossary

Bezier curve
A smooth parametric curve defined by control points; SVG paths are constructed from sequences of cubic and quadratic Bezier segments to draw shapes.
Vector vs raster
Vector images (SVG, PDF, AI) describe shapes with mathematical curves and scale infinitely without pixelation; raster images (PNG, JPG) are grids of fixed-size pixels.
Colour quantization
The process of reducing a full-colour image to a limited palette (e.g., 8 colours) by clustering similar colours; required so the tracer can produce one path per colour.
Path simplification
An algorithm (often Ramer-Douglas-Peucker) that removes redundant control points from a curve while keeping its shape within a tolerance, shrinking SVG file size.
SVG (Scalable Vector Graphics)
A W3C standard XML format for two-dimensional vector graphics; supported natively in every modern browser and design tool.
Indexed image
An intermediate raster representation where each pixel holds an index into a small palette rather than a full RGB triplet — used by the tracer between quantization and path generation.
Anti-aliasing
The blending of pixel colours along edges to soften staircase artefacts; tracers may interpret anti-aliased pixels as additional palette colours, inflating SVG complexity.