Design to Code
Design to code means turning a visual design into working front-end code. Most tools treat it as a handoff: convert a Figma file or image, get code, paste it into your project and hope. Superdesign closes the loop instead: design on an infinite canvas, refine by prompting, and the Superdesign skill lets Claude Code or Cursor implement the result directly in your repo, using your components and conventions. Free to start.
Start generatingUsed by individuals and teams at Google, Microsoft, ByteDance, Atlassian, Shopify, Stripe, Meta, Canva.
How do you go from design to code with Superdesign?
Start from anything
Prompt a new design, or import what you have: an image, a screenshot or a cloned page. It lands on an infinite canvas as real, editable UI rather than a static preview.
Refine at the design level
Iterate by prompting: swap the hero, tighten the spacing, restyle to your brand. Branch variants side by side and compare directions before any code exists in your project.
Let your coding agent implement it
The Superdesign skill hands the finished design to Claude Code or Cursor, which writes the components in your codebase with your conventions. Not using an agent? Exporting plain code works too.
Example prompts from the library
What builders say
Make my mini gemini apps not look vibe coded.
@KameronTanseli Redesigned his apps with design-system prompts
3 landing pages in 8 hours.
@iamjohnellison Built with Superdesign + Claude
Absolutely in love. The prompt is the key, refine your prompts.
@damian_lisz
Which design to code tool should you use?
The three page-one regulars each convert from a different direction. Builder.io, whose design to code product is now branded Builder Fusion, is built around Figma input: their page says it turns Figma designs into React, Qwik and Angular code, plus mobile with Kotlin and Flutter, styled with Tailwind CSS and CSS Modules, with your Figma components mapped to your code components. Anima converts from more sources: a Figma plugin, text prompts and website cloning, metered by code generations, with an MCP server that serves conversions to your coding agent. TeleportHQ takes a mockup or screenshot into its AI assistant, outputs HTML, CSS and five JS frameworks, and refines in its visual editor before publishing on its domain or your Vercel account. All claims checked June 2026.
They are all conversion tools at heart: a design exists somewhere, code comes out, and carrying that code into your project is your job. Superdesign closes the loop in your repository instead. Through the Superdesign skill, the coding agent that builds your product drives the canvas itself: it can create the design, iterate it with you, and then implement it as components in your codebase, with no export-and-paste step. Anima's MCP server is the closest comparison, and the difference is in kind: it serves conversions of designs that already exist in Figma or their Playground, while the Superdesign skill puts the whole design loop in the agent's hands.
| Superdesign | Builder Fusion | Anima | TeleportHQ | |
|---|---|---|---|---|
| Input | A prompt, an image, a screenshot or a cloned page | Figma designs | Figma plugin, text prompts, website cloning | Mockups and screenshots, plus a Figma plugin |
| Output | Editable design on an infinite canvas, then code | React, Qwik and Angular, plus Kotlin and Flutter | React, HTML and Vue code | HTML, CSS and 5 JS frameworks |
| Where the code ends up | Your repo, written by your coding agent via the Superdesign skill | Framework code out of Fusion, into your project by hand | Exported or generated code packages | Hosted on TeleportHQ or published to your Vercel |
| Agent workflow | The agent drives the canvas and implements the result | Not described on their page | MCP server serves conversions of existing designs | Not described on their page |
| Iterate before export | Prompt, branch and restyle on the canvas | Map components and tokens, then regenerate from Figma | Adjust in Figma or their Playground | Edit in the TeleportHQ visual editor |
| Best for | Design and implementation in one agent loop | Figma-to-framework pipelines with design systems | Converting existing designs from several sources | Quick image-to-HTML with hosted publishing |
What does design to code actually mean?
Design to code is the whole pipeline from a design artifact to working front-end code, and the category splits into three camps. Figma handoff converters like Builder Fusion read your Figma file and emit framework code. Image converters recreate a UI from a picture; the screenshot to code and image to code pages cover those inputs in depth. And prompt-to-code platforms skip the artifact entirely and generate from a description. A finished Figma file is optional in every camp now, and not just with us: Anima accepts text prompts and cloned websites too.
Spec sheets rank these tools by framework coverage, but that is rarely the variable that matters. What matters is where the code ends up and who maintains it. Exported code is generic markup you adopt and untangle by hand; code your own agent writes lands in your repo with your design system, your naming and your state patterns. Superdesign is built around that second path: the same agent that writes your code drives the design canvas, so design and implementation happen in one loop.
Frequently asked questions
Is there a free design to code tool?
Yes. Superdesign is free to start: design or import a screen and take your first pass at no cost. TeleportHQ and Anima have free entry points too. The difference is what free leaves you holding: a code dump to adapt by hand, or an editable design plus an agent path into your repo.
Can AI convert a Figma design to code?
Yes, and that is Builder Fusion's and Anima's home turf: both convert Figma files into framework code. If your design already lives in Figma, our Figma to React page covers that workflow. If it does not need to, you can skip the Figma step entirely and design straight on the canvas.
How do I convert a design to React code?
Through your coding agent. The Superdesign skill hands the design to Claude Code or Cursor, which implements it as React components in your codebase, using your conventions instead of generic generated markup. Plain code export also works if you are not using an agent.
Is design to code output production-ready?
Honest answer: a converter's first pass is a draft anywhere, including here. The real question is how you fix the draft: by hand-editing generated CSS after the export, or by prompting at the design level before any code lands in your project.
What is the difference between design to code and screenshot to code?
The input. Screenshot to code recreates an existing UI from a picture. Design to code is the whole pipeline from any design artifact, an image, a Figma file or a prompt, to shipped code. The screenshot to code and image to code pages cover the picture-first paths in depth.
Can my coding agent use a design to code tool?
Yes, and two ways exist in 2026. MCP servers, like Figma's and Anima's, serve conversions of existing designs to your agent. The Superdesign skill goes further: the agent drives the design canvas itself, creates and iterates the design with you, then writes the code in your repo.