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PNG to SVG Converter: Trace Logos & Icons to Vector

Trace PNG logos, icons and line art into editable SVG paths in your browser. Free, no uploads, no watermark. Honest about what vectorizing can't do.

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How It Works

A logo that only survives as a flattened PNG is a recurring headache: marketing needs it crisp on a billboard, the dev team needs it as a favicon, and the deck needs it at 4x on a Retina screen, but every resize either blurs or pixelates. SVG fixes that because it stores shapes as math, not pixels, so it renders sharp at any size. The problem is that a PNG holds no shapes at all, just a grid of colored dots. There is nothing inside it to pull out. So this tool does not recover an original vector. It traces a new one. The bitmap is decoded to pixels, reduced to a palette of about 16 colors, and the boundaries between those color regions are fitted with vector paths and curves (using imagetracerjs, tuned here for flat art rather than photo noise). The output is a fresh approximation built from polygons. On a two-color logo or a clean icon the trace can be hard to tell from the source and fully editable afterward. The same approach breaks on photographs. A photo has thousands of near-identical tones and no hard edges, so the tracer either crushes it into blocky color zones or emits tens of thousands of tiny paths, giving you an SVG bigger and uglier than the PNG you started with. Logos, icons, line art, stencils, and solid-color UI screenshots are the sweet spot. Everything happens in your browser. The PNG is read locally, traced locally, and the SVG comes straight back to you. No upload, no watermark, no paywall on the result.

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Key Features

  • No file uploads required - works offline
  • 100% privacy focused - client-side processing
  • Browser powered - no software installation
  • Fast processing - WebAssembly technology
  • Free forever - no premium accounts

Supported File Formats

.png .jpg .jpeg

Output Format: SVG

Technical Specifications

input Format PNG raster bitmap (JPG/JPEG also accepted)
output Format SVG (Scalable Vector Graphics, real paths)
compression Type Lossy vectorization: color quantization, edge tracing, and curve fitting
quality Retention High for flat logos and icons; poor for photos and gradients
color Space Support RGB/RGBA input, reduced to ~16 quantized colors during the trace
max Resolution Limited only by your device's memory
processing Time Instant, runs in your browser

Key Benefits

  • Real path tracing, not a bitmap wrapped inside an SVG container
  • Traced output scales to any size without pixelation or blur
  • No watermark and no download paywall on the resulting SVG
  • Runs fully in your browser, so logos and mockups never leave your device
  • Output opens cleanly in Illustrator, Inkscape, Figma, and Affinity for editing
  • Palette tuned to ~16 colors for crisp logo and icon results

Common Use Cases

  • Rebuilding a scalable logo when only a flattened PNG survives
  • Preparing crisp icons that hold up across every screen density
  • Vectorizing line drawings, stencils, and monograms
  • Generating cut files for Cricut or Silhouette machines
  • Turning a solid-color UI screenshot into editable shapes
  • Producing lightweight scalable graphics for web headers and SVG sprites

Pro Tips

  • Feed it flat, high-contrast art with few colors for the cleanest trace
  • Skip photographs; they balloon into huge, messy SVGs
  • Crop or knock out the background first so the tracer ignores clutter
  • Start from the highest-resolution PNG you have for sharper edge detection
  • Open the result in a vector editor to delete stray fragments and tidy paths
  • If a thin line vanishes in the trace, thicken it in the source PNG and retrace

Frequently Asked Questions

No, and no tool can. A PNG is only pixels, so the original paths, fonts, and layers are gone for good. This converter traces the pixels into brand-new vector shapes that approximate what it sees. The result looks like your image and scales infinitely, but it is a reconstruction, not the source artwork. If you still have the original .ai, .svg, or .eps file, use that instead.
Tracing collapses the image into a small palette and outlines each color region. Photos have continuous gradients and no clean edges, so the tracer either bands them into blocky zones or produces thousands of microscopic paths. Either way you get a bloated, low-fidelity file. Keep photographs as PNG, JPG, or WebP and only vectorize flat graphics.
Anything with a handful of solid colors and sharp boundaries: logos, app icons, line drawings, stencils, monograms, simple illustrations, and solid-color UI screenshots. The fewer distinct colors and the higher the contrast, the closer the trace matches your original and the smaller the file.
Yes. The output is a standard SVG made of real paths, so you can open it in Illustrator, Inkscape, Figma, or Affinity Designer to recolor shapes, smooth jagged edges, delete stray fragments, or merge paths. A trace rarely produces perfect geometry, so a short cleanup pass is normal and quick on simple art.
No. Vectorizing is a lossy approximation by design. The image is quantized to roughly 16 colors and edges are refit with curves, so fine detail, anti-aliased pixels, and subtle shading are simplified or dropped. On a flat logo the loss is barely visible; on detailed art it is significant. This is a different operation from a lossless container swap like PNG to WebP-lossless.
Mostly. Fully transparent areas of the PNG are not traced into shapes, so the background stays empty in the SVG. Soft, semi-transparent edges (anti-aliasing) get simplified during quantization and may pick up a thin fringe. For the cleanest cutout, start from a PNG with a hard-edged transparent background, or knock out the background before tracing.
No uploads and no watermark. The PNG is decoded and traced entirely in your browser with JavaScript, and the full-quality SVG is generated on your own machine with nothing sent anywhere. Because there is no server cost to recover, there is also no paywall or sign-up, which makes it safe for unreleased logos and client branding.
Yes. Vectorized SVGs are a common way to prep cut files from raster art, since cutting machines need real paths to follow. Use a simple high-contrast image, then check the traced paths in Design Space or Silhouette Studio and delete any tiny stray shapes before sending it to the machine.