Preview
Preview
View, inspect, and analyze SVG files directly in your browser. Check dimensions, colors, element count, and validation status. Convert SVGs to React components or export as PNG — all for free, no installation required.
Paste SVG code or drag and drop a file to instantly preview it with transparent, white, or dark backgrounds.
Automatically convert SVG files into React components in TypeScript or JavaScript, ready to use in your project.
View SVG dimensions, file size, and element count at a glance. Validate your SVG code and identify issues quickly.
Format and beautify messy SVG code with one click for improved readability and easier debugging.
Export your SVG as a high-quality PNG image directly from the viewer — no need to open a separate conversion tool.
Paste SVG code into the editor, drag and drop an SVG file, or use the upload button to load your SVG.
Preview the SVG with different backgrounds. Check dimensions, file size, and element details in the info panel.
Copy the SVG code, download the file, export as PNG, or convert to a React component with one click.
Working with SVG files often means switching between code editors and browsers to check how an icon looks. A dedicated SVG viewer bridges this gap by showing the visual output alongside the raw code. This is especially useful when you receive SVG files from designers, download icons from libraries, or need to verify that hand-edited SVG code renders correctly. Unlike opening an SVG in a browser tab, this viewer provides metadata like dimensions, file size, and element count — information that helps you make informed decisions about optimization and usage. For developers working with design systems, having a quick way to inspect SVGs before integrating them into component libraries saves time and reduces bugs caused by incorrect viewBox values or unexpected element structures.
Always check the viewBox attribute when an SVG doesn't display as expected. The viewBox defines the coordinate system, and mismatches between viewBox and width/height attributes are the most common cause of rendering issues like cropping or unwanted whitespace. Use the element count indicator to gauge complexity — SVGs with hundreds of elements may slow down page rendering and should be optimized before production use. When converting SVGs to React components, prefer TypeScript for better IDE support and type safety. The generated components use prop spreading, so you can pass className, style, onClick, and other standard SVG element props directly. Test your SVGs against all three backgrounds (transparent, white, dark) to ensure they work in both light and dark themes — icons using currentColor are particularly versatile for theming since they inherit the parent element's text color.