Clean SVG Code
Last updated
The SVG optimizer shrinks vector graphic file size client-side by stripping XML comments, editor metadata, and hidden elements while minifying inline styles. It rounds decimal path coordinates (default 2 decimals) and preserves responsive viewBox attributes. Processing runs entirely in browser memory with sandboxed previews and zero remote data uploads.
Easily clean and format your raw SVG XML code. Strip out editor artifacts for smaller, faster vectors.
Runs in your browser
Your files and text are processed locally in your browser and are not uploaded.
How Does Vector SVG Optimization Remove Redundant Code?
Powered by In-Browser SVGO: Under the hood, the optimizer leverages the battle-tested SVGO (SVG Optimizer) engine compiled directly for client-side browser execution. You get industry-standard compression algorithms directly in your browser without transmitting your brand icons, illustrations, or vector artwork across the internet.
Preserve viewBox Guarantee: Many automated minifiers inadvertently strip or corrupt the
viewBox attribute, breaking fluid responsiveness when vector graphics are rendered inside responsive CSS containers or <img> tags. Our optimizer strictly preserves and locks the viewBox coordinate system, ensuring your optimized icons scale cleanly across mobile viewports, high-density Retina displays, and desktop monitors.Configurable Coordinate Rounding & Precision: Vector editors often save coordinate path points with 6 to 10 decimal digits of precision (e.g.,
100.12345678), creating bloated path strings that offer zero discernible visual improvement to the human eye. With our decimal rounding selector, you can round coordinates to 1, 2, or 3 decimal places, dramatically truncating path command strings (d="M...") which often makes files noticeably smaller; the exact saving depends on how the SVG was exported and is shown before and after.Sanitized Previews & Zero Script Execution: Security is paramount when working with XML-based vector graphics. Malicious SVGs can embed
<script> tags or inline JavaScript event handlers (like onload). Our preview interface processes SVG output through DOMPurify and renders visual feedback exclusively inside sandboxed data URI image elements. Scripts can never execute in your session, making it completely safe to inspect third-party vector files.Live Side-by-Side Visual Inspection: Compare your original vector graphic against the optimized result with instant side-by-side rendering cards. Check exact before-and-after byte weights, net kilobyte reduction, and percentage savings in real time. Download your production-ready
optimized.svg file or copy minified SVG code to your clipboard with one click.An SVG Optimizer parses vector XML trees to strip redundant editor metadata, remove comments, minify styles, round floating-point path coordinates, and compress overall markup without altering the visual rendering or breaking the responsive viewBox attribute.
Definition: SVG Optimization
The programmatic elimination of non-rendering metadata, whitespace, comments, and redundant numerical precision from Scalable Vector Graphics (SVG) code to minimize payload bytes while preserving visual fidelity.
What XML Elements, Attributes, and Path Precisions Are Optimized?
Required Inputs
- Raw SVG Code / .SVG FilePaste raw SVG XML code or upload any .svg graphic file directly.
Expected Outputs
- Optimized SVG CodeThe minified, production-ready vector XML string with one-click copy.
- Live Visual PreviewSandboxed side-by-side visual comparison of the original versus optimized graphic.
- Optimization MetricsOriginal size, optimized size, bytes saved, and percentage compression ratio.
- Downloadable .SVG AssetOne-click download of the cleaned optimized.svg file.
Who Uses the SVG Optimizer?
Core Web Vitals & Page Load Speed
Compress hero vector illustrations, background patterns, and logo assets to boost Google PageSpeed and reduce Largest Contentful Paint (LCP) latency.
Figma & Adobe Illustrator Cleanup
Strip out proprietary editor namespaces (such as xmlns:sketch or rdf:RDF metadata) that bloated export files from design handoffs.
Inline SVG & React Icon Component Bundling
Clean vector code before pasting into JSX or inline HTML templates to keep JavaScript bundle sizes lean.
Vector Security & Script Neutralization
Clean untrusted third-party SVG icons by stripping embedded script tags, doctypes, and dangerous XML processing instructions.
How Do You Clean and Minify SVG Code for Web Performance?
- 1Paste your raw SVG XML markup into the Original SVG Code box, or click 'Upload .SVG' to pick a file from your computer.
- 2Click 'Options' to customize toggles such as coordinate decimal precision, metadata stripping, and style minification.
- 3Inspect the side-by-side visual preview cards to verify zero visual degradation.
- 4Review the real-time savings panel to see total bytes and percentage reduced.
- 5Click 'Copy' to grab the minified code, or click 'Download' to save the optimized.svg file.
SVG Compression Techniques and Vector Web Standards
Privacy & Security Guarantee
Your SVG code is optimized safely within your browser. We do not store or track any of your graphics.
Frequently Asked Questions
Why is keeping the viewBox attribute so important for SVGs?
The viewBox defines the coordinate space and aspect ratio of an SVG. If a minifier removes the viewBox, the browser cannot scale the vector proportionally inside responsive CSS layouts or image containers, often causing the image to clip or collapse.
How does coordinate decimal precision affect SVG file size?
Vector path strings (d='M...') often contain thousands of coordinate numbers with 6 or more decimal digits. Rounding these to 2 decimal places shortens numbers dramatically (e.g., from 45.678912 to 45.68), which frequently slashes SVG file sizes by 40% to 70% with zero visible difference.
Is it possible for an SVG file to contain malicious scripts?
Yes. Because SVG is an XML format, attackers can embed <script> tags or onclick handlers. Our tool sanitizes previews using DOMPurify and renders visual previews inside sandboxed image elements, neutralizing all script execution risks.
Does the optimization happen on a remote server?
No. All parsing and optimization algorithms execute entirely inside your local browser sandbox via client-side WebAssembly/JavaScript. Your proprietary brand assets and icons never leave your machine.
Can I optimize multiple SVGs or upload files directly?
You can click 'Upload .SVG' to load any local SVG file directly from your disk, or drag and drop code into the editor. You can download the optimized file immediately with one click.