What this tool does
- Removes comments and metadata when selected.
- Collapses whitespace.
- Can normalize attributes.
- Can format and validate SVG as XML.
Input SVG
Minified Output
0 B
Original Size
0 B
Minified Size
0 B
Bytes Saved
0%
Compression
Optimize SVG images safely while preserving layout-critical attributes
Fast SVG Optimization in Your BrowserTool summary
Free online SVG minifier to optimize vector images in your browser. Remove comments, metadata, and whitespace while preserving viewBox, paths, and layout.
This page accepts SVG markup and produces minified, formatted, or validated SVG. It belongs to the MinifyTool directory of browser-based developer tools, so crawlers and answer engines can understand the input, output, options, preservation rules, and related pages without running JavaScript.
removeComments.removeMetadata.collapseWhitespace.normalizeAttrs.autoMinify.rememberInput.wrapLines.Use the SVG Minifier when you need minified, formatted, or validated SVG from SVG markup. For neighboring tasks, use the related MinifyTool pages linked below.
Before
Paste SVG markup here.After
Review minified, formatted, or validated SVG here.A good online SVG minifier removes extra metadata, comments, whitespace, and redundant attributes while keeping the image visually the same. MinifyTool is handy for quick icons, logos, illustrations, and inline SVG snippets. Before replacing the original, preview the result at the sizes you actually use. SVG can contain gradients, masks, symbols, and viewBox settings, so a small-looking change may affect rendering. Keep the editable source file from your design tool.
To compress SVG images without losing quality, use safe cleanup first. Remove editor metadata, comments, hidden layers, and extra whitespace, but keep paths, viewBox, IDs, and gradients that the image needs. SVG is vector-based, so minification should not make it blurry like resizing a bitmap might. For example, deleting unused `<metadata>` can reduce size without changing the picture. Always compare the minified SVG with the original in a browser.
SVG optimization tools differ in how aggressive they are. A basic minifier may only trim spaces and comments. A deeper optimizer may shorten path data, remove default attributes, clean IDs, or merge shapes. Those features can save more bytes, but they need testing when the SVG is animated, styled with CSS, or referenced by JavaScript. If your code targets `#icon-star`, do not let an optimizer rename that ID without updating the code.
Free SVG minifiers are usually enough for individual icons, small batches, and manual cleanup. Paid tools can be useful when a design or engineering team needs batch processing, asset history, approvals, or integration into a larger workflow. Professionals should care less about the price label and more about repeatability. If icons are part of every release, put SVG optimization into the build process and keep original design exports untouched.
The best online SVG optimizer is the one that gives you control and a preview. You want to see what changed, copy the compact output, and avoid risky options when the file uses masks, filters, animation, or external CSS. For a simple icon, aggressive cleanup may be fine. For a brand logo, stay conservative and check the result in light and dark backgrounds. Small SVG files are nice, but correct rendering matters more.
Free options for SVG size reduction include online minifiers, editor export settings, and command-line optimizers in a build workflow. Start by exporting only the artwork you need, then remove editor metadata and unused groups. If the file is inline in HTML, minifying whitespace can help too. Be careful with accessibility tags such as `<title>` and `<desc>`; removing them may save bytes but can make the graphic less understandable to assistive technology.
To reduce SVG file size effectively, clean the source before minifying. Remove hidden shapes, unused symbols, oversized canvases, and duplicate groups. Then minify the SVG and check the output. For example, a viewBox of `0 0 24 24` should remain correct if the icon is designed for that grid. If the SVG is used as a CSS background, in an `<img>`, and inline on different pages, test each placement.
The fastest way to optimize a large batch of SVGs is to use a repeatable tool, not copy and paste each file by hand. Online tools are fine for a few icons, but a folder of assets belongs in a script or build step. Pick conservative settings, run the batch, then review a sample of icons that use gradients, masks, and strokes. Keep the original exports in case one optimized file needs to be rebuilt.