SVG Developer Tools
Convert SVG into framework-ready components for React, Vue, and more — directly in your browser.
SVG files from Figma, Sketch, and icon libraries are not ready to drop into a React or Vue codebase. React requires camelCase attribute names and JSX-compatible syntax. Vue expects SFC structure with typed props and proper attribute inheritance. Doing these conversions by hand — renaming stroke-width to strokeWidth, swapping class for className, removing namespace declarations — is tedious and error-prone.
These tools automate the conversion: they parse your SVG, apply the correct transformations for the target framework, expose width and height as props with sensible defaults, and handle attribute inheritance so callers can still pass class, style, and event listeners without touching the component. TypeScript output is available for both React and Vue.
Everything runs in your browser — no file upload, no account, no rate limit. Safe to use with proprietary icons and unreleased brand assets.
Tools in this category
SVG to React Component
Convert SVG markup into a React function component with JSX attributes, forwarded props, and optional TypeScript types.
Open tool →SVG to Vue Component
Convert SVG markup into a Vue 3 single-file component with script setup, typed props, and v-bind attrs. JavaScript or TypeScript output.
Open tool →SVG to Svelte Component
Convert SVG markup into a Svelte 5 component with $props() runes, typed width and height props, and attribute forwarding via spread.
Open tool →Frequently Asked Questions
Why convert SVG to a framework component instead of using it inline?+
Raw SVG markup uses HTML attribute names that conflict with JSX and framework conventions — class vs className in React, hyphenated attributes in JSX, xlink:href deprecation. A proper component also lets you forward width, height, color, and event handlers as typed props, making the icon composable and easy to reuse across a codebase without copy-pasting.
Do these tools modify my SVG paths or shapes?+
No. The converters only transform attribute names and structure to match the target framework syntax. Path data, coordinates, colors, and shapes are preserved exactly as they appear in the input.
What is the difference between the React and Vue components?+
React components output JSX with camelCase attribute names (strokeWidth, className), a TypeScript SVGProps type for the props, and a {...props} spread. Vue components output an SFC with a <template> block using standard hyphenated SVG attributes (stroke-width stays as-is), defineProps for typed props, and v-bind="$attrs" for attribute inheritance.
Do these tools upload my SVG to a server?+
No. All conversion runs entirely in your browser. Your SVG markup is never sent to any server, making these tools safe for proprietary icons, unreleased brand assets, and internal design work.