Image to SVG Converter

Trace PNG, JPG, or WebP graphics into real scalable SVG vector paths.

100% Local Processing

About the Image to SVG Converter

Convert a raster PNG, JPG, or WebP graphic into genuine SVG vector geometry. Raster images store a grid of pixels, while vector graphics describe shapes as paths that can scale without pixelation. This browser-local tool groups colours and edges, approximates them with SVG paths, and lets you compare the original with the traced result. It works best for logos, icons, line art, signatures, and flat illustrations; photographs and fine textures usually create larger, more complex output.

How to convert an image into SVG paths

  1. Upload a PNG, JPG, or WebP image. The first vector trace starts automatically with the Icon / Logo preset.
  2. Choose Icon / Logo, Black & White, Colour, or Detailed and compare the original with the independent SVG preview.
  3. Open Advanced controls only when you need to adjust colour count, detail, smoothing, threshold, or deterministic uniform-background removal.
  4. For a suitable one-colour result, optionally enable currentColor so CSS can control the exported icon colour.
  5. Download the SVG file or copy its complete markup after checking its path and colour metrics.

Examples and worked results

Simple flat-colour logo

Input
512 × 512 PNG logo with four flat colours
Result
A self-contained SVG made from colour-reduced vector paths with a scalable viewBox

The automatic icon settings start with a reduced palette and noise suppression. Use Icon / Logo or Colour if you want to override them.

Monochrome website icon

Input
128 × 128 black PNG icon on a white or transparent background
Result
A one-colour SVG path that can use currentColor for CSS styling

The Black & White threshold decides which pixels belong to the traced mark.

How browser-based vector tracing works

The browser decodes the raster file into pixels and reduces very large sources to a practical tracing resolution. ImageTracerJS groups similar pixel colours into regions, follows their edges, and approximates those boundaries with straight and quadratic SVG path segments. The presets change palette size, smoothing, path omission, and curve precision rather than merely changing a label.

The final result is validated before preview or export. It must contain vector geometry and is rejected if it contains image elements, raster data URIs, scripts, event handlers, external resources, or other obvious unsafe constructs. The raster image is not embedded inside the SVG output.

Common use cases

  • Converting a logo supplied only as PNG into a scalable starting point
  • Turning flat icons into responsive website assets
  • Vectorising signatures, stamps, and simple line art
  • Preparing simple artwork for editing in vector design software
  • Creating CSS-colourable monochrome icons with currentColor

Important notes and limitations

  • Automated tracing is not equivalent to manually redrawn professional vector artwork.
  • Photographs and continuous-tone artwork can create very large SVGs with many paths.
  • Fine textures, gradients, shadows, and anti-aliased edges may be simplified or split into multiple colours.
  • Text in the raster becomes outlined path shapes, not editable text.
  • Large sources are traced at a controlled resolution to avoid freezing the browser, so extremely fine detail may be reduced.

Practical tips

  • Use a high-contrast, tightly cropped source without unnecessary whitespace.
  • The automatic starting point favours clean icon settings for limited-palette graphics and preserves more detail for complex artwork.
  • Uniform-background removal samples border pixels, so review the result when the mark touches the image edge.
  • Increase detail only when an important edge or small shape is missing.
  • Use currentColor only for a genuinely monochrome result.
  • Refine complex or legally sensitive brand artwork in a vector editor before production use.

Frequently Asked Questions

Does this really convert the image into vector paths?

Yes. The tracing engine generates SVG path geometry from raster pixel regions. The downloaded SVG does not contain an image element, embedded PNG or JPEG, Base64 raster payload, or external raster URL.

Can I convert PNG to SVG?

Yes. PNG is supported, including transparent pixels. Simple logos, icons, signatures, and flat graphics normally trace more cleanly than photographs.

Can I convert JPG to SVG?

Yes. JPG files can be traced, but photographic detail, compression artefacts, shadows, and gradients may create many paths or visibly simplified output.

Can I convert WebP to SVG?

Yes. Browser-decodable static WebP images are supported. Animated formats are deliberately not accepted because this tool produces one static vector result.

Will the SVG stay sharp when enlarged?

The generated path geometry scales without raster pixelation. Fidelity still depends on the source image and tracing settings, so compare the vector preview before exporting.

Does VoltUtils upload my image?

No. Image decoding, optional downscaling, pixel preprocessing, vector tracing, preview, copying, and download all happen locally in your browser.

Can I convert a logo to SVG?

Yes. Logos and flat artwork with clear edges and a limited palette are among the strongest use cases. Exact brand artwork may still need manual refinement in a vector editor.

Why does my photograph create a huge SVG?

A photograph contains many colour transitions and small regions. Recreating those regions as vector paths can require thousands of shapes, so the SVG may be larger and less useful than the original photo.

Is the resulting SVG editable?

Yes. Compatible vector editors can open and modify the generated paths. Raster text becomes outlined shapes rather than editable text, and semantic layers are not recovered automatically.

What does currentColor do?

For a traced result with one non-transparent colour, currentColor replaces the fixed fill and stroke colour so a website or app can control the icon colour through CSS.

Is SVG always smaller than PNG or JPG?

No. Simple graphics often vectorise efficiently, but detailed artwork and photographs can produce an SVG that is much larger than the raster source.