An svg optimizer shrinks SVG file size by cleaning verbose path data and non-rendered metadata while keeping the picture intact.
Optimize SVG by removing comments, editor metadata, and excess coordinate precision in the browser. Smaller files, same visuals, zero upload.
Optimized for minifying, stripping unused metadata, and standardizing SVG path coordinates
Learn how our client-side raster-to-vector tracing algorithms and canvas rasterizers process your graphics directly inside your web browser with zero server latency.
Optimized for minifying, stripping unused metadata, and standardizing SVG path coordinates
Compare format capabilities, transparency support, and performance characteristics across supported conversions.
Timing figures are indicative only; actual client-side performance depends on device CPU and input resolution.
| Pipeline | Input Type | Output Type | Alpha Channel | Processing Engine |
|---|---|---|---|---|
| PNG to SVG | PNG (Raster) | SVG (Vector) | Supported | Contour Run-Length Tracer |
| SVG to PNG | SVG (Vector) | PNG (Raster) | Supported | Hardware 2D Canvas |
| JPG to SVG | JPG (Raster) | SVG (Vector) | Opaque / Matte | K-Means Palette Tracer |
| SVG Optimizer | SVG (Raw) | SVG (Minified) | Supported | AST Regex Parser |
Optional removal of XML comments, editor metadata, and redundant whitespace. Coordinate precision can be reduced to shrink path data.
Aggressive minification and precision reduction can affect SMIL or script-driven SVGs. Preview output before deploying to production.
Designer-exported SVGs with metadata often shrink 15–40%. Already-minified icons may see smaller gains.