Drop your SVG file and get a smaller, cleaner result.
Your files are processed entirely in your browser. No file is uploaded to any server.
No account required. No data stored.
Optimization mode
Choose how strongly SVGKIT should clean up your SVG.
SVGKIT removes metadata, cleans unnecessary markup, and prepares a lighter SVG that is ready to use.
SVG only · Metadata cleanup · Structure cleanup · Markup minified
Documentation
Understand what SVG cleanup can remove, when file size matters, and how to review optimized output.
SVGKIT removes unnecessary metadata, cleans redundant markup, and simplifies path data immediately after upload. The goal is a smaller SVG without making you fiddle with dozens of settings.
Unlike raster compression, SVG optimization can often be lossless. SVGKIT focuses on structural cleanup so your curves, fills, and layout stay visually consistent while payload size drops.
Design exports often include editor metadata, empty groups, verbose paths, and default attributes. SVGKIT strips that noise and shows what changed so the result is easier to trust and ship.
The optimizer can remove comments, hidden metadata, unnecessary groups, repeated attributes, extra whitespace, and markup that does not help the final image render. The goal is a cleaner file that remains readable enough to review before use.
Balanced is the safest default for most web assets. Smallest is useful when file size matters most, and Editable keeps more structure when a designer or developer may need to revise the SVG later.
SVGKIT shows a visual preview, code view, and result statistics so you can compare the original and optimized output before downloading. That makes it easier to catch unexpected changes before the asset reaches production.
The file is analyzed first, then optimized in a fixed order: metadata removal, tag cleanup, attribute cleanup, path simplification, and minification. The insight panel reflects the real work that happened.
Your files are processed entirely in your browser. No file is uploaded to any server. No account required. No data stored.
SVG optimization is not only about a smaller byte count. The final file should still render correctly and remain appropriate for the way it will be reused.
Input: An SVG exported from Figma, Illustrator, Sketch, or another editor.
Recommended: Use Balanced mode first to remove metadata, redundant groups, whitespace, and noisy attributes.
Check: Compare the preview with the original and confirm that fills, strokes, and sizing still look correct.
Input: An icon that appears in navigation, buttons, cards, or repeated product UI.
Recommended: Optimize before committing it to the codebase, especially if the same icon appears in many places.
Check: Review the path count and code view so the icon stays small enough to maintain.
Input: A logo or illustration that designers may revise again later.
Recommended: Use Editable mode when preserving structure matters more than the smallest possible file.
Check: Keep the original source and the optimized delivery SVG separate so future edits remain traceable.
Upload an SVG file.
SVGKIT analyzes the markup and structure.
SVGKIT removes unnecessary metadata and redundant markup.
Review the optimized result and insight summary instantly.
Download the cleaned SVG right away.
SVG optimization removes unnecessary metadata, cleans markup, and reduces file weight while keeping the visual result as consistent as possible. SVGKIT focuses on structural cleanup rather than adding complexity.
Upload the SVG, let SVGKIT analyze the markup, review the optimized result, and download the cleaned file. SVGKIT reduces unnecessary code and metadata so the final SVG can be lighter.
In many cases, no visible quality loss is expected because optimization often focuses on structure and redundant markup. SVGKIT is designed to preserve the graphic while simplifying the file underneath.
No. SVGKIT processes SVG files locally in your browser with no server uploads. This tool keeps the workflow browser-side from file selection to download.
SVGKIT can remove metadata, clean attributes, simplify paths, compress whitespace, and improve structure. The insight list shows which kinds of cleanup were actually applied.
Yes, when metadata is present and removable. SVGKIT is designed to strip unnecessary editor metadata so the file can be easier to inspect, reuse, and ship.
It often is, especially when exported SVGs include extra editor markup or redundant attributes. SVGKIT helps prepare cleaner SVG files before you reuse them in a real web workflow.
Yes. After processing, SVGKIT lets you preview the result, inspect the code if needed, and download the optimized SVG right away.