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Image to SVG Converter

Trace a raster image into editable vector SVG paths, right in your browser.

Click to upload or drag and drop

PNG, JPG, or WEBP

How it works

  1. 1

    Upload an image

    Click to browse or drag and drop a PNG, JPG, or WEBP file. Large images are automatically resized for fast processing.

  2. 2

    Choose a style

    Pick Sharp for crisp geometric shapes, Curvy or Smoothed for flowing outlines, or Detailed to preserve more small features.

  3. 3

    Set the color count

    Fewer colors give a cleaner, poster-like result. More colors preserve subtler shading and gradients.

  4. 4

    Click Trace Image

    The image is analyzed and converted into vector paths. This can take a few seconds for detailed images.

  5. 5

    Download the SVG

    Once you're happy with the result, download the traced file as a ready-to-use SVG.

About the Image to SVG Converter

This tool traces a raster image, a PNG, JPG, or scanned sketch, into vector paths, converting flat pixels into an editable SVG. This is genuinely useful for turning a photographed logo, a hand drawn sketch, or a low resolution image into a scalable, editable vector, a fundamentally different process from any color, code, or size tool in this collection, since it generates new path geometry rather than working with existing SVG markup.

What tracing actually does

A raster image is a fixed grid of colored pixels, it has no inherent shapes, only color values at coordinates. Tracing analyzes that grid, groups pixels into regions of similar color, and fits vector paths, curves and straight lines defined mathematically rather than as pixels, around the boundaries of each region. The result is a genuinely different kind of file: an SVG built this way can be scaled to any size with perfectly crisp edges, and because it's made of real paths, individual shapes can be selected, recolored, or edited afterward the way a pixel image never could be.

What style and color count control

The style setting changes how aggressively the tracer smooths or sharpens the curves it fits to each color region, Sharp keeps corners crisp and geometric, Curvy and Smoothed round everything into flowing shapes, and Detailed preserves more small features at the cost of a more complex, heavier result. The color count controls how many distinct colors the image is reduced to before tracing, fewer colors produce a cleaner, more poster-like result with fewer paths, while more colors preserve subtler gradients and shading at the cost of a larger, more intricate file. A simple logo usually looks best with a low color count and a sharp style, while a detailed illustration benefits from more colors and a smoother setting.

Where this fits into real design work

A logo that only exists as a low resolution photo of a printed business card, an old scanned brand mark with no surviving source file, or a hand drawn sketch that needs to become a clean icon are all situations where redrawing the shape from scratch in a vector editor is slow, and tracing gives a genuinely useful starting point instead. It's rarely a perfect one-click result for anything beyond simple, high-contrast source images, the traced output is a strong first draft to clean up rather than a finished asset, but that's still a significant head start compared to manually plotting every curve.

What tracing isn't good at

Tracing works best on images with clear, high-contrast edges, like logos, line art, and simple illustrations, and works noticeably worse on photographs, gradients, or anything with soft, blurry boundaries between colors, since the tracer has to guess where one region ends and another begins. Complex source images can produce a large number of small, messy paths rather than a few clean shapes, and fine detail like text or thin lines can break apart or disappear entirely depending on the color count and style chosen. It's worth trying a couple of different style and color combinations on a tricky image rather than assuming the first result is the best one available.

Runs entirely in your browser

The image you upload is processed locally on your device, using your browser's own canvas rendering, it's never uploaded to a server. Once you have a traced result, our SVG Editor is the natural next step for cleaning up individual paths, and our Palette Extractor can pull out the exact colors used in the result if you need them documented or reused elsewhere, both part of the same SVG & Design collection this tool belongs to.

Frequently asked questions

What kinds of images work best for tracing?

Logos, line art, and simple illustrations with clear, high-contrast edges trace cleanly. Photographs and images with soft gradients or blurry boundaries between colors trace less predictably.

What does the color count setting actually do?

It controls how many distinct colors the image is reduced to before tracing. Fewer colors produce a cleaner, simpler result, while more colors preserve subtler shading at the cost of a more complex file.

Will the traced SVG look exactly like the original image?

It will be a close approximation, especially for simple, high-contrast source images, but tracing is rarely a pixel-perfect result. It's best treated as a strong starting point to refine rather than a finished asset.

Why was my uploaded image resized before tracing?

Images are automatically resized to a maximum of 1000 pixels on the longest side to keep tracing fast in your browser. This is plenty of detail for logos, sketches, and illustrations.

Can I edit the traced paths afterward?

Yes, the output is a real SVG made of editable vector paths, not an embedded image. Our SVG Editor is a natural next step for refining individual shapes.

What's the difference between the style options?

They control how the tracer fits curves to each color region. Sharp keeps corners crisp and geometric, Curvy and Smoothed round everything into flowing shapes, and Detailed preserves more small features at the cost of a heavier file.

Is my image uploaded to a server?

No, tracing happens entirely in your browser using canvas rendering. Your image is never sent anywhere.

Why did fine text or thin lines disappear in my result?

Very thin details can break apart or vanish depending on the color count and style chosen. Try a higher color count or a more detailed style setting, or trace a higher-resolution source image if one is available.