How to turn a Figma design into code with AI: step by step

By the end of this guide you will have taken a finished Figma design and turned it into front-end code that runs in a browser, reviewed it against the design and put it in a repository. The job is done by a design-to-code tool: you bring the design in through a plugin, a link or an export, the tool generates components and pages, and you refine and check the result.

If you want to turn a Figma design into code with AI, the choices that matter are what framework you need, whether the tool must work inside your existing codebase, and who on your team will edit the result. This guide walks through the method and compares seven tools from our Coding category.

Key takeaways

• Clean up the Figma file first, bring it into a design-to-code tool, generate one screen, compare it with the design, then expand to the rest and commit the code.
• The main decision is the target: a new prototype, a site you can host, or components inside your own repository and design system.
• Free plans exist but are small: for example Builder.io Fusion's Free plan includes 60 Agent Credits a month, and Rocket.new's Free plan includes 20 one-time credits.
• Generated code is a starting point. A developer should review accessibility, responsiveness and structure before it ships.

What you need before you start

• A finished Figma design. Named layers, consistent spacing and reusable components give the tool much better material.
• Your target stack. Know whether you need React, Next.js, Vue, Svelte, Angular or plain HTML and CSS.
• A place for the code. A repository on GitHub, GitLab or another host, or an export folder.
• Your design tokens. Colors, type sizes and spacing values, if your team has them.
• Time. A first screen takes under an hour; a full app takes longer.
• Difficulty. Moderate. Some knowledge of front-end code helps you check the output.
• Permission. Make sure you may share the design file with the tool you choose.

Which kind of AI tool fits this job

Choose by where the code has to end up.

Tools that work inside your own repo. Builder.io Fusion connects to your repository and design system, starts from a prompt or a Figma design, and packages work into branches and pull requests. It supports React, Next.js, Vue, Svelte and Angular, so designers and product managers can adjust layout and copy visually while developers review the code.

Tools built into Figma. Figma AI includes Figma Make, which turns a prompt or an existing design into a prototype or web app. Its MCP server lets outside coding agents read your designs, and write-to-canvas and code-to-canvas move work between production and design files.

Low-code builders with Figma import. TeleportHQ has a Figma to Code plugin, a drag-and-drop editor, and, with code access, export to HTML and CSS, React, Next.js, Vue and Angular. Rocket.new can start from a Figma design, a screenshot, a template or an uploaded file and produces Next.js web apps or Flutter mobile apps.

Enterprise design-to-code. WaveMaker has a design-to-code agent for Figma files that outputs Angular, React or React Native, aimed at enterprise teams that want guardrails and code they own.

Prompt-based builders. v0 generates Next.js and React interfaces from chat prompts, with Design Mode visual editing, GitHub sync and deployment to Vercel. Lovable builds websites and web apps from chat, with Git sync, and says you own the code you create. Neither listing mentions a Figma import, so with these you describe the design in words and check the result against your file.

Step 1: Prepare the Figma file

Tools read structure, so tidy files produce tidier code.

1. Name layers and frames in plain words, such as "Pricing card" and "Header".
2. Turn repeated elements into components so they become reusable code.
3. Use shared styles for colors, text and spacing instead of one-off values.
4. Remove hidden layers, unused frames and notes that are not part of the design.
5. Mark the frames for each screen, and note the breakpoints you expect (mobile, tablet and desktop).

Check it worked by having someone who has not seen the file point out each screen and component without asking you.

Step 2: Decide the output you need

You end this step with a framework, a destination and a tool shortlist.

1. Pick the framework, or choose plain HTML and CSS if you only need a static page.
2. Decide whether the code goes into an existing repository and design system or starts a new project.
3. Decide who will edit it after generation: developers only, or designers and product managers too.
4. Check the free plans in the comparison table below against the size of your design.

Check it worked by writing one sentence, such as "React components in our repo, reviewed through pull requests".

Step 3: Bring the design into the tool

Import one screen first, so errors are cheap to find.

1. Sign in to the tool and create a project.
2. Import the design. Depending on the tool, that is a Figma plugin (TeleportHQ and Builder.io Fusion list one), a design link, a screenshot or a prompt. Rocket.new accepts a Figma design or screenshot as a starting point.
3. If you use a repository-based tool, connect the repository and the design system so generated code reuses your components.
4. Start with a single, representative screen, not the whole file.

Check it worked by seeing a first screen appear in the preview.

Step 4: Compare the result with the design

A side-by-side check shows exactly what the tool missed.

1. Put the Figma frame and the preview next to each other.
2. Check layout, spacing, type, colors and images, one section at a time.
3. Resize the preview to a phone width and a wide desktop width and compare with your breakpoints.
4. List every difference you find as a short request.

Check it worked by having a list of differences that is short enough to fix in a few messages.

Step 5: Refine in chat or the visual editor

Fix the differences in small batches.

1. Ask for one kind of change at a time, such as "match the heading to the design's type scale".
2. Use the visual editor for spacing and copy where one exists. TeleportHQ has a drag-and-drop editor, Builder.io Fusion has a visual editor that updates the underlying code, and v0 has Design Mode.
3. Point the tool at your design tokens so colors and spacing stay consistent.
4. Re-compare against the design after each batch of changes.

Check it worked by seeing the differences list shrink with each round.

Step 6: Review the code like a developer

A page that looks right can still be built badly.

1. Open the generated code and read how components are split.
2. Check that interactive elements are real buttons and links, labelled for screen readers, and that images have text alternatives.
3. Look for hard-coded values that should be tokens, and for duplicated blocks that should be one component.
4. Run your linter and your tests, then fix what they report.

Check it worked by having a developer other than the author approve the change in a pull request.

Step 7: Commit, wire up and keep design and code in sync

Treat the output as normal source code from here.

1. Commit the code to a branch and open a pull request. Builder.io Fusion packages work into branches and pull requests for this.
2. Connect real data and routes where the design used placeholders.
3. Decide what happens when the design changes: regenerate a section, or edit the code by hand.
4. Keep a note of which components came from the tool, so changes are easy to trace.

Check it worked by running the app from the repository and seeing the same screens you generated.

Tools for this job compared

Tool	Good fit for	Pricing	Stated limits
Figma AI	Prototypes and web apps built from inside Figma	Freemium, paid from $3/mo (checked 24 Oct 2026)	Starter users get 150 credits per day, up to 500 per month; Make on a local codebase is in beta
Builder.io Fusion	Visual editing in your own repo, via pull requests	Freemium, paid from $24/mo (checked 24 Oct 2026)	Free plan includes 60 Agent Credits per month, capped at 15 per day; SSO and RBAC need Enterprise
TeleportHQ	Websites with code export and a Figma to Code plugin	Free trial, paid from $14/mo (checked 24 Oct 2026)	Web app, store and blog features run per interactive project slot; 1 GB asset storage per project
Rocket.new	Next.js web apps or Flutter mobile apps from Figma, images or prompts	Freemium, paid from $25/mo (checked 24 Oct 2026)	Free plan has 20 one-time credits; code download needs a paid plan
WaveMaker	Enterprise Angular, React and React Native output	Contact sales	Pricing is not published; aimed at enterprise teams; coding experience recommended
v0	Next.js and React interfaces from prompts, deployed to Vercel	Freemium, paid from $30/mo (checked 24 Oct 2026)	Free plan limited to 7 messages per day; generation pauses when credits run out
Lovable	Web apps from chat, with Git sync and hosting	Freemium	Free plan daily build credits capped at 30 per month; code editing and download not on Free

Prices and plan limits change, so confirm the current terms on each vendor's site before you subscribe.

Common mistakes to avoid

• Importing a messy file. Unnamed layers and one-off styles turn into unreadable code. Fix it by cleaning the file as in Step 1 before you import.
• Generating everything at once. A large import hides errors until late. Fix it by proving one screen first and then expanding.
• Judging only by the preview. Code that looks right can have poor structure and weak accessibility. Fix it by reading the code and running a linter before merging.
• Ignoring your design system. Tools that do not know your components will invent new ones. Fix it by connecting your repository and tokens where the tool supports it, as Builder.io Fusion does.
• Skipping the responsive check. A design drawn at one width can break at others. Fix it by testing the breakpoints you listed in Step 1.

How we put this together

This is an evidence-based guide built from each tool's listing in our directory, which is compiled from the vendor's own site and pricing page. It is not a review based on using the tools. We don't rank tools, and nobody paid to be included. Some outbound links may be affiliate links; see our disclosure.

Frequently asked questions

Is there a free way to turn a Figma design into code with AI?

Yes, within limits. Figma's Starter plan is free with a daily and monthly credit cap, Builder.io Fusion's Free plan includes 60 Agent Credits a month, Rocket.new has 20 one-time free credits, and v0 allows 7 messages a day on its Free plan. TeleportHQ starts with a 7-day trial.

Can AI produce production-ready code from Figma?

Treat it as a strong first draft. Output depends on how clean your design is and how well the tool knows your components. A developer should review structure, accessibility and responsiveness before the code ships.

Which frameworks can the code be in?

It varies. Builder.io Fusion lists React, Next.js, Vue, Svelte and Angular. TeleportHQ exports HTML and CSS, React, Next.js, Vue and Angular. WaveMaker outputs Angular, React and React Native, and Rocket.new produces Next.js or Flutter apps.

Do I need to know how to code?

Some tools are designed so designers and product managers can adjust the result visually, but reviewing the code is easier with front-end knowledge. For anything customer-facing, have a developer approve it.

Is my design file kept private?

That depends on the vendor and plan. Check each tool's data terms before importing client work or unreleased products, and confirm you have permission to share the file.

Compare more options in our Coding category. If you want to build without a design file, see how to build an app without coding using AI.