Minify and optimize SVG graphics online. Fast client-side vector cleaning directly in your browser.
SVG compression is the process of minifying Scalable Vector Graphics (SVG) markup XML data. SVG is an XML-based vector format, which means it describes paths and colors using text rather than a grid of pixels. Illustrator and design editors write a large amount of redundant metadata, editor dimensions, and styling blocks. Compressing SVGs strips these details, minifies whitespace tags, and yields a significantly lighter file size with identical visual representation.
Remove redundant editor markup, headers, and indents to keep XML tags compact.
Minified inline SVG coordinates load faster in HTML codes, preventing render blocks.
Smaller vector assets improve mobile speeds, bounce indexes, and Core Web Vitals rankings.
Compression only removes text spaces and meta labels, keeping vector path shapes 100% identical.
Clean vectors scale beautifully on high-DPI displays with lighter memory loads.
No vectors are uploaded to servers. All operations execute locally in your browser sandbox.
Drop your vector or click the choose button to select an SVG file.
Choose to strip XML comments, remove editor metadata, or collapse whitespaces.
Click the Compress SVG button to process and minify the code.
Download your optimized SVG directly to your local system.
Yes. The SVG optimizer on PngExport is 100% free with no signups, limitations, or watermarks.
Unlike raster formats, SVG is XML text. This tool compresses it by removing XML comments, DOCTYPE headers, namespaces, editor metadata (from Inkscape, Adobe Illustrator, or Sodipodi), and minifying markup whitespace. This leaves clean, valid SVG markup that displays identical shapes with smaller byte sizes.
No. Stripping comments, spaces, and metadata has absolutely zero impact on vector paths, shapes, or colors. Visual rendering remains 100% pixel-perfect and lossless.
No. All SVG compression runs locally inside your browser sandbox. Your vectors never leave your device.
Google rewards fast page load speeds. Inline SVGs can bloat your HTML code, delaying Largest Contentful Paint (LCP) and index scores. Compressed SVGs load faster and consume less bandwidth.