Strip unnecessary metadata, Figma/Illustrator bloat and minify vector files.
SVG (Scalable Vector Graphics) is the industry standard for web icons, interface graphics, and vector logos. However, design tools such as Adobe Illustrator, Figma, Sketch, and Inkscape embed substantial non-rendering overhead: proprietary XML metadata, editor namespaces, empty grouping tags (<g>), doctype declarations, and bloated floating-point decimal coordinates. This excess code inflates bundle sizes and slows browser DOM parsing. PixelPing SVG Optimizer cleans and minifies vector files, achieving 40% to 70% file size reductions without compromising pixel-level visual fidelity.
Strip unnecessary metadata, Figma/Illustrator bloat, and minify vector paths in your browser for blazing-fast web graphics and animations.
Drag and drop a .svg file into the workspace or paste raw XML markup directly into the editor.
Monitor real-time byte reductions and compare visual rendering in the side-by-side preview canvas.
Copy minified SVG markup directly to your clipboard for React/Vue/HTML components or download the cleaned file.
Strips editor comments, unused namespaces, XML headers, and non-rendering metadata.
Rounds floating-point path coordinates to eliminate wasteful decimal precision.
Cleans redundant grouping containers (<g>, <defs>, <clipPath>) left behind by design software.
Produces clean, JSX-friendly vector markup ready for direct component integration in Next.js, Vue, and Svelte.
Inlining optimized SVGs instead of using <img> tags eliminates extra HTTP requests and allows dynamic CSS color theming via currentColor.
Round coordinates to 2 decimal places for icons to achieve maximum compression without noticeable curve deformation.
Design software preserves layer hierarchies, proprietary metadata, edit histories, and unrounded coordinate values needed for editing but useless for web delivery.
No, our optimizer exclusively removes non-rendering metadata, whitespace, and redundant coordinate precision while keeping vector contours mathematically intact.
Yes, 100%. The optimization algorithm executes client-side in your browser; your proprietary vectors are never transmitted over the network.
Minification strips whitespace and comments, whereas path optimization reduces Bézier curve coordinate precision and simplifies path command strings.
Yes, the resulting markup is clean, standard XML that drops seamlessly into React, Next.js, Vue, or plain HTML5 documents.