Clean, minify, and sanitize vector graphics. Compress path coordinate decimal precision, strip editor metadata schemas, and trim redundant whitespace parameters locally in your browser.
Drag & Drop your .svg vector file here or click to browse
Provided parameter configuration is invalid.
SVG Source Code
Compressed Savings Ratio0% Saved
Optimization parameters
2 digits
Analyzing document text parameters...
Brilliant Image Composition Sandbox
100% Secure Client Sandbox
Conventional vector optimizers parse XML code on remote servers, exposing private designs to logging directories. This local sandbox reads, parses, decimes, and compiles vector codes directly in your browser's private memory stack.
Decimal Precision Decimation
Vector drawing packages export curves with excessive decimal coordinates (e.g. 238.10928371). Our decimation loop trims trailing decimals to a user-defined limit, significantly reducing file size while preserving curve shape integrity.
Namespace & Editor Metadata stripping
Design editors (such as Inkscape or Adobe Illustrator) inject heavy metadata schemas and proprietary workspace markers. Our parser removes these unnecessary XML namespaces, reducing file size and ensuring clean vector rendering.
How to Use the SVG Path Optimizer
Step 1: Input Vector Source: Paste your raw SVG XML directly inside the text editor box, or upload an `.svg` file using the upload zone.
Step 2: Adjust Precision Parameters: Set the decimal coordinate slider (e.g. 2 digits is standard) to decimate path decimal strings, and configure cleaning flags.
Step 3: Review the Savings: Analyze the live visual preview and check the progress badge to see the exact percentage of space saved.
Step 4: Download the Optimized File: Click "Export SVG file" to download your clean, minified vector graphic.
Frequently Asked Questions
Reducing coordinate decimals reduces numerical precision. Setting the precision slider to 2 or 3 decimals generally decreases file size significantly while preserving curve shape integrity with no visible rendering changes.
Never. Every phase of your XML parsing is processed locally in your browser's private sandbox memory. The tool functions completely offline without sending any data over network protocols.
The cleanup loop strips editor-specific namespaces like Adobe Illustrator, Inkscape, and Sodipodi XML structures, along with empty IDs, comments, docnames, and coordinate curvatures that are unnecessary for standard browser rendering.
Yes. The output files are saved as standard SVG vectors, allowing them to scale infinitely without losing quality or pixelating across all retina and high-DPI displays.
There are no server limits since processing is handled locally on your machine. However, upscaling extremely large files (e.g. 50MB RAW photos) can require significant memory on some older mobile devices.
This optimization removes all unnecessary carriage returns, indentation spaces, tab steps, and comments inside the XML tag definitions, collapsing the file into a compact, single-line format.
This tool uses standard modern web standards like HTML5 Canvas and File Reader APIs, making it fully compatible with modern releases of Safari, Chrome, Firefox, Opera, and Microsoft Edge.
Yes. The optimizer processes the XML DOM hierarchy safely, preserving standard design nodes like gradients, patterns, mask groupings, and clip-paths.
A vector graphic (like SVG) uses mathematical formulas to draw shapes, lines, curves, and colors, unlike raster formats (like PNG or JPG) that rely on a grid of fixed pixels. This allows vector graphics to be resized infinitely without loss of resolution.
The savings ratio compares the character count of your original input XML to the optimized version: ((Original Characters - Optimized Characters) / Original Characters) * 100. This provides a clear measure of the data reduction.
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