How to turn your Figma design into code

There are six common ways to get from a Figma file to a live website. They differ in one thing more than any other: who interprets your design along the way. Here is what each one does, what it is good for, and what to watch out for.

By Marten Beerda, founder of Vibr · Updated 6 November 2026

The short answer

Hand the file to a developer, export it with a Figma-to-code plugin, have an AI coding agent rebuild it through Figma’s MCP server, rebuild it in a site builder such as Framer or Webflow, generate it with a prompt-to-app tool, or compile it with Vibr.

If you are a designer who wants the site to match the design exactly and wants to own the code, compiling is the route built for that. Vibr is a macOS app that reads your actual Figma file and turns it into a Next.js project, every section its own React component, before any AI is involved.

Why Figma to code is hard

A Figma file describes how a page looks at one width. Code has to describe how it behaves at every width, with real text, real fonts and real content. Between the two, decisions get made: what counts as a section, what stretches, what stacks, what is a component.

Most routes hand those decisions to someone, or something, that reads the design and guesses what you meant. That is where spacing drifts, typography changes and layouts get reinterpreted. Not because anyone is careless, but because interpretation is lossy.

Six ways to get your design into code

1. Hand it off to a developer

How it works: A developer inspects the file, often in Figma's Dev Mode, and builds the site by hand.
Good for: Complex products, existing codebases, and anything with a backend behind it.
Watch out for: It is the slowest and most expensive route, and every detail is reinterpreted by hand. Expect review rounds about spacing, type and states that went missing.

2. Export it with a Figma-to-code plugin

How it works: Plugins such as Anima, Locofy and Builder.io's Visual Copilot convert selected frames to HTML, React or other frameworks.
Good for: A quick head start, especially on files built carefully with auto layout and components.
Watch out for: The output depends heavily on how the file is structured. Expect to clean the code up before it is something you would want to maintain.

3. Ask an AI coding agent, through Figma's MCP server

How it works: Figma's MCP server gives agents such as Claude Code, Codex or Cursor access to your design, and the agent writes the code.
Good for: Developers adding a design to an existing codebase, one component at a time.
Watch out for: The model reads the design and writes its own interpretation of it, so results vary from run to run and drift on long pages. Whole pages also cost a lot of tokens.

4. Rebuild it in a website builder

How it works: Framer and Webflow both offer ways to bring a Figma design in, after which you finish and host the site on their platform.
Good for: Marketing sites that need a CMS and hosting, with no code at all.
Watch out for: The site lives on their platform. Imports are rarely exact, so parts get rebuilt by hand, and taking the site elsewhere as clean, editable code is limited or not possible.

5. Generate it with a prompt-to-app tool

How it works: Tools such as v0, Lovable and Bolt generate a working app from a prompt, a screenshot or a Figma import.
Good for: Fast prototypes and internal tools, where close enough is enough.
Watch out for: The result is a new interpretation of your design rather than your design. Getting it close to the original takes many rounds of prompting.

6. Compile it with Vibr

How it works: Vibr is a macOS app. You connect your Figma file and pick the frames you want as pages. Vibr downloads the actual .fig file and compiles it with a deterministic engine, so the same file always produces the same code: a Next.js project where every section is its own React component and your fonts are installed. Only then does AI come in. Magic Build adds tablet and phone layouts with Claude while your desktop design stays as drawn, and you refine anything by pointing at it in a live preview or by working with Claude Code or Codex in the built-in terminal.
Good for: Designers who want their exact design live, on their own terms, and want to own the code.
Watch out for: Vibr runs on macOS 14 Sonoma or later only, and it is not public yet: it launches in Q4 2026. You use your own Figma account and your own Claude or Codex account.

At a glance

Route	Who interprets the design	Where the code ends up
Developer handoff	A developer	Your repo
Figma-to-code plugin	The plugin's converter	Exported to you
AI agent + Figma MCP	A language model	Your repo
Website builder	You, rebuilding in their editor	Their platform
Prompt-to-app tool	A language model	Their platform, or exported
Vibr	No one: it is compiled	Your repo

How to turn a Figma design into a website with Vibr

From connecting the file to a running site takes under five minutes. The full walkthrough (8 min) shows every step on a real file.

Connect your Figma file. Sign in to Figma inside Vibr and choose the file. Vibr downloads the actual .fig, not a screenshot or an approximation of it.
Choose the frames that become pages. Every frame is listed with a thumbnail and its real dimensions, so you decide what the site is made of before any code exists.
Let Vibr compile it. Layout, spacing, type and colour are resolved before any code is written. Every section becomes its own React component, and the fonts in the file are installed for you.
Run Magic Build. Claude adds the tablet and phone layouts, several sections at once, while the desktop design is preserved byte for byte.
Refine it in the live preview. Command-click anything in the preview and describe the change, or work with Claude Code or Codex in the terminal beside it.
Ship it. Commit, push and deploy to GitHub and Vercel without leaving the app. The code stays yours.

Prepare your Figma file, whatever route you choose

Use auto layout wherever content should stack or stretch. It is the clearest statement of intent any tool, or developer, can read.
Name your top-level frames and sections. “Pricing” beats “Frame 427”, for people and for code.
Keep text as live text, not outlines or images, so it stays editable and readable by search engines.
Use components and variables for anything that repeats: buttons, cards, colours, spacing.
Check that your fonts are available as web fonts, with a licence that allows use on a website.
Design the desktop frame at a common width such as 1440 px, and draw a phone frame for the sections where the mobile layout matters to you.

Frequently asked questions

How do I turn my Figma design into code?

Hand the file to a developer, export it with a Figma-to-code plugin, have an AI coding agent rebuild it through Figma's MCP server, rebuild it in a site builder such as Framer or Webflow, generate it with a prompt-to-app tool, or compile it with Vibr. Vibr is a macOS app that reads your actual Figma file and compiles it into a Next.js project, every section its own React component, before any AI is involved.

Can I turn a Figma design into a website without coding?

Yes. Site builders such as Framer and Webflow let you rebuild or import a design without code, but the site lives on their platform. Vibr compiles your Figma file into real code without you writing any, and you keep that code: you change it by pointing at things in a live preview and describing the change.

What is the most accurate way to convert Figma to code?

The routes that do not reinterpret the design. Vibr compiles the Figma file deterministically, so the same file always produces the same code, and layout, spacing, type and colour carry over as drawn instead of being re-derived by a person or a language model.

Does Vibr generate React or Next.js code?

Yes. Vibr produces a Next.js project in which every section of your design is its own React component with its own stylesheet, along with your images and fonts. It runs locally with a live preview and deploys like any other Next.js site.

Do I own the code?

Yes, completely. The project is a normal folder on your Mac and a repo you control. There is no lock-in and no platform dependency.

Is the result responsive?

Yes. After the compile, Magic Build uses Claude to add tablet and phone layouts section by section while your desktop design is preserved byte for byte. You can check every width in the preview, from phone to desktop, and refine any of them.

How is Vibr different from the Figma MCP server with Claude Code or Codex?

With the Figma MCP server, a language model reads your design and writes its own interpretation of it, every time. Vibr compiles the design first and brings in AI only for what needs judgement, such as responsive layouts and your edits. On an eight-section page that took about ten times fewer tokens than going through Figma MCP.

Which AI does Vibr use, and do I pay for tokens?

You bring the agent you already use: Claude Code or Codex, signed in with your own account. Vibr is not a prompt wrapper and does not charge you for tokens.

What do I need to use Vibr?

A Mac running macOS 14 Sonoma or later, a Figma account with access to the file, and a Claude or Codex account.

When can I use Vibr?

Vibr launches in Q4 2026. Join the waitlist at vibr.studio to get access first, or join the Discord community to follow along.

Vibr is my product, so read this guide with that in mind. I have tried to be fair to the alternatives: each of them is the right choice for someone.