Drop PNG / JPG / GIF here
or click to browseSVG output appears here
Upload an image and click Trace to SVG// trace bitmap pixels into clean svg paths
Convert PNG images to scalable SVG vector graphics instantly in your browser. No upload needed — trace bitmaps to clean SVG paths, free and private.
Drop PNG / JPG / GIF here
or click to browseSVG output appears here
Upload an image and click Trace to SVGDrop a PNG, JPG, or GIF onto the zone — or click to browse your files.
Pick trace mode (B&W, Color, Outline), set threshold and smoothing.
Click Trace to SVG, preview the result, then copy code or download the file.
PNG to SVG Tracer converts raster (pixel-based) images into scalable vector graphics using path-tracing algorithms. The output SVG can scale to any size without pixelation, making it ideal for logos, icons, and illustrations.
No. This tool runs entirely in your browser using the Canvas API and JavaScript. Your image never leaves your device — processing happens 100% locally.
PNG, JPG/JPEG, GIF, BMP, and WebP are all supported. For best tracing results, use images with clear contrast — simple logos, icons, line art, and silhouettes work especially well.
In Black & White mode, the threshold determines which pixels become black (path) and which become white (background). A lower value traces more pixels; a higher value traces fewer. Adjust it until you get the detail level you need.
Increase the Smoothing slider to apply path simplification and Bezier curve fitting. Higher smoothing creates rounder, more organic shapes at the cost of some fine detail.
Yes — switch to Color mode and choose how many color layers to extract. Each layer becomes a separate filled path. For best results, use images with distinct, saturated colors and minimal gradients.
There is no hard limit, but very large images (above 4000×4000 px) may take a few seconds to process and produce large SVG files. For web use, resizing to under 1000px on the longest edge before tracing is recommended.
A PNG to SVG tracer is a tool that converts raster (pixel-based) images into scalable vector graphics (SVG) by analyzing the pixel data and generating mathematical path descriptions. The resulting SVG file can be resized to any dimension — from a postage stamp to a billboard — without losing quality or developing the jagged edges that raster images produce at large sizes.
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The tracing process starts by reading the pixel color values from the source image using the browser's Canvas API. In Black & White mode, each pixel is compared to a threshold value and classified as either foreground or background. The tool then builds a boundary map — a grid recording where foreground meets background — and uses a contour-following algorithm to extract closed polygon outlines of each region.
Once the raw polygon chains are extracted, a smoothing pass optionally applies Ramer-Douglas-Peucker simplification and Bezier curve fitting to reduce the number of path nodes and create smoother curves. The final output is a valid SVG file with <path> elements using absolute coordinates, ready to use in any SVG-capable application.
Vector graphics are the right choice in several common situations:
Black & White mode is the fastest and produces the cleanest paths. The image is desaturated and a threshold separates dark pixels (filled paths) from light pixels (background). This mode is ideal for line art, text, QR codes, barcodes, and monochrome logos.
Color mode performs quantization — grouping similar pixel colors into a configurable number of layers (2–8). Each layer is traced separately and stacked in the SVG. This produces a "posterized" vector that approximates the original colors. It works well for flat-design illustrations, cartoon graphics, and images with distinct color regions but less well for photographs with gradients.
Outline mode traces only the edges of shapes, producing stroke paths rather than filled regions. Use this to extract a wireframe outline of an object — useful for coloring-page style illustrations or stylized graphic effects.
The quality of a traced SVG depends heavily on the source image. Here are practical tips to improve your results:
Both formats have legitimate uses and neither is universally better. PNG is a lossless raster format — ideal for photographs, complex gradients, and any image where exact pixel-level detail matters. SVG is a vector format described in XML — ideal for logos, icons, charts, illustrations, and anything that must scale or be manipulated programmatically.
For web use, use SVG for interface elements (icons, logos, decorative graphics) and PNG or WebP for photographs and detailed imagery. For print and manufacturing, SVG (or its derivative formats like EPS and PDF) is almost always required.
Professional applications like Adobe Illustrator and Inkscape offer more sophisticated tracing algorithms with additional controls — speckle removal, corner detection, path stacking order, and more. For most everyday use cases, however, a browser-based tracer is far more convenient: no installation, no cost, no file upload, and instant results. Use this tool for quick conversions and reach for desktop software when you need fine-grained control over the output.
SVG (Scalable Vector Graphics) is an XML-based vector image format developed by the W3C and supported natively in all modern browsers. An SVG file is plain text, making it editable in any code editor, compressible with gzip/brotli, and embeddable directly in HTML. SVG elements can be targeted with CSS for styling and JavaScript for dynamic behavior — capabilities that raster formats simply don't have. The format supports paths, shapes, text, gradients, filters, and animations, making it one of the most versatile image formats on the web.