Free to Use · No Monthly Quota · No Signup · No Watermark

Free HTML to Figma Converter

Convert a website URL, HTML, CSS, React output, an .html file, or AI output from Claude Code, Lovable, Bolt, v0, Cursor, or Stitch into editable Figma layers. This free workflow has no monthly conversion quota, watermark, signup, or paid tier waiting at conversion four.

Dhairya Purohit

Builds dMaya. Ships AI design workflows in real client work.

Published May 11, 2026 · Updated September 21, 2026

Figma also offers free ways to bring websites and code-backed screens onto its canvas. This tool gives you a simple browser form for HTML, files, and public URLs, then imports the result through the dMaya Figma plugin. There is no monthly conversion quota or signup; dMaya's paid design product is separate.

How HTML to Figma conversion actually works

The pipeline is five stages. First, your input (HTML, single-file HTML, or a public URL) is loaded into a headless Chromium browser at your chosen viewport. Real browser rendering is critical because much of modern web layout (flexbox, grid, container queries, computed styles) cannot be parsed statically without rendering. Second, the computed DOM is extracted: every visible element with its final computed CSS, measured bounding box, and computed text content. Third, the layout is normalized: equivalent CSS properties are collapsed, and Figma auto-layout candidates are identified by detecting flex/grid containers with consistent direction and spacing.

Fourth, the Figma scene is generated: frames, text nodes, vector shapes, images, and auto-layout containers map directly to Figma primitives. Where a region cannot be represented as editable Figma primitives (custom canvas, complex CSS filter chains, 3D-transformed elements, SVGs with intricate masks), the converter falls back to a high-fidelity raster of that region and flags it in the output. Fifth, the output is packaged as a downloadable plugin payload for the dMaya HTML to Figma plugin. The full pipeline runs in seconds for typical pages and supports inputs of arbitrary complexity.

Claude Code to Figma without the MCP setup

Figma's official code-to-canvas tool can capture running UI through a compatible MCP client, including Claude Code, and is available for draft files on all Figma plans. If you prefer to paste HTML or a public URL into a browser form, this free converter offers that workflow without MCP setup.

The workflow: run your Claude Code session, get to a working UI preview. If Claude Code generated a public deployment URL (Vercel, Netlify, Railway), paste the URL. If the preview is local, copy the rendered HTML from the browser inspector and paste it into the converter. Either way, you get editable Figma layers in seconds with no plan upgrade and no MCP setup. For the broader Claude Code design workflow including the frontend-design skill, see our writeup on Claude Code's Frontend Design Skill.

Figma's MCP workflow fits an existing code-to-canvas loop in a supported coding agent. This converter fits a quick HTML, file, or public-URL conversion through a browser, including output from tools beyond Claude Code.

Lovable to Figma in one paste

Lovable generates full-stack apps with live preview URLs at lovable.app/projects. Take the preview URL of any Lovable project you have access to, paste it into this converter, and create Figma layers with the plugin importer in seconds. The chat-driven iteration loop that makes Lovable good for non-developers also means the output is well-structured semantically: forms have proper labels, navigation is hierarchical, buttons are buttons. The converter picks up on that structure and preserves it in the Figma layer tree.

Common workflow: iterate inside Lovable until the UI is right, convert to Figma for stakeholder review (clients, design partners, anyone who is on Figma but not on Lovable), refine if needed, then hand back to Lovable or to a coding agent like Cursor for the production build. The full Lovable evaluation lives at our hands-on Lovable review.

Bolt to Figma: running app to design canvas

Bolt.new produces running web apps with stackblitz.com preview URLs. Paste a Bolt preview URL into the converter to extract the rendered UI into editable Figma layers. Bolt produces the highest output quality of the coding-first AI tools in our testing, so the Figma extraction is correspondingly clean: typography stays as text nodes, color discipline is preserved, components extract as auto-layout frames. For the full Bolt evaluation and a side-by-side with dMaya output, see our Bolt.new hands-on review.

v0 to Figma: Vercel output to editable Figma

Vercel v0 generates Next.js + shadcn components. The output is typically deployed to a v0.dev preview URL or pushed to your own Vercel project. Either URL works as input to the converter. v0's shadcn aesthetic is consistent enough that the extracted Figma layers map cleanly to the shadcn design tokens, which means the output is compatible with any shadcn-aware Figma library you may already use. The trade-off: v0's aesthetic is intentionally minimal, so the Figma output looks the same. That is a feature, not a bug, if you are building on Vercel + shadcn.

Stitch to Figma: Google Labs output into Figma

Google Stitch generates static HTML/CSS that can be copied or downloaded from the Stitch interface. Paste the HTML into this converter for an immediate Figma version. Stitch's default output is rough by design (it is fast and free, optimizing for ideation rather than polish), so the Figma extraction reflects that. Most users extract a Stitch design as a starting frame in Figma, then refine. The full Stitch evaluation including pricing, limits, and side-by-side output is in our Google Stitch hands-on writeup.

Cursor to Figma: capturing Visual Editor output

Cursor's Visual Editor renders a live preview of your running app inside the editor. The simplest path to Figma: run the app on localhost, open it in a real browser, copy the rendered HTML from the inspector, paste here. The slightly faster path: deploy to Vercel/Netlify preview, paste the URL. Either gets you to Figma in under a minute. For the broader Cursor designer workflow, see Cursor for Designers in 2026.

ChatGPT to Figma (and other AI artifacts)

ChatGPT can produce HTML output as an artifact or canvas. Copy the HTML, paste into this converter. The same path works for any AI tool that produces HTML output: Claude artifacts (claude.ai canvases that render HTML), Gemini code blocks, GitHub Copilot output. The converter does not care which AI produced the HTML, only that the HTML renders into a sensible DOM. If the AI produced clean semantic HTML, the Figma output is clean. If the AI produced div soup, the Figma output reflects that. Garbage in, slightly less garbage out.

AI to Figma: the broader workflow

The AI-tool-to-Figma flow has become common enough in 2026 that it deserves its own name. The pattern: use an AI tool (design or coding) to produce a first-pass UI, then bring that UI into Figma for refinement, stakeholder review, brand alignment, and design system integration. This converter is the bridge step between any AI output and Figma. For the upstream question (which AI tool to use in the first place), see our hands-on same-prompt test of 6 AI prototype tools.

React to Figma: components stay editable, not flat

The converter operates on rendered HTML, not source JSX, so any React framework works: Next.js, Remix, Vite, Storybook, Create React App. Render the component in a browser, copy the HTML from the inspector, paste into the converter. Components that use semantic markup (proper buttons, headings, lists) extract as editable Figma layers with corresponding hierarchy. Components built as nested div soup extract as nested frames, still editable but less semantically structured. The quality of the Figma output is bounded by the quality of the HTML you feed in.

Website to Figma: convert a public URL

A common design research workflow: collect competitor screens, breakdown landing pages, study how other products structure forms, navigation, dashboards. Manually recreating these in Figma takes hours. To convert a website to Figma, paste a public URL and get the screen as editable Figma layers, study or remix as needed. Common targets: competitor landing pages, design system documentation sites, dashboard examples from products you admire. Respect copyright when adapting other people's work into your own designs; this tool is built for personal research, internal study, and converting your own AI output, not for cloning a competitor and shipping it.

Free html.to.design alternative

html.to.design (the divRIOTS plugin) is the established leader in this space and produces excellent output. The trade-off: it is paid after the trial credits, and for occasional users the monthly subscription is hard to justify. Our converter is a free alternative to html.to.design for HTML, files, and public URLs. Output quality depends on the page, especially its fonts, complex CSS, canvases, and SVGs. Try the same page in both tools if fidelity matters to your workflow. html.to.design may still be worth the spend for its plugin-inside-Figma convenience.

Free Builder.io alternative

Builder.io is the other major name in the HTML-to-Figma category, though their product spans many use cases (visual CMS, content management, AI design-to-code in both directions). The HTML-to-Figma piece is one feature of a larger paid product. For users who only need the conversion direction (HTML to Figma), Builder.io is overkill. Our free converter does the one thing well. For users who need the full Builder.io stack (visual CMS, dynamic content, bi-directional design-code sync), Builder.io remains the right pick.

HTML to Figma plugin vs. standalone web tool

Most html-to-figma options on the market are Figma plugins (run inside Figma, require plugin install and permissions). This tool is a standalone web app: paste input on dmaya.ai/html-to-figma, get a payload back, then import it with the dMaya Figma plugin. Trade-off: plugin-only tools are convenient inside Figma but require the plugin to do network rendering work; the web-first flow lets us keep the heavy browser conversion public and free while the plugin stays focused on creating native Figma layers from the payload.