Figma to React is the process of turning a finished design file into working, maintainable code: you audit the file, convert its colours, type and spacing into design tokens, build each Figma component as a React component, then assemble pages in Next.js with responsive and accessibility rules agreed up front. Skipping any of those steps is what causes rework.
| Stage | Who leads | What it produces | What goes wrong if skipped |
|---|---|---|---|
| File audit | Developer with designer | List of missing states, screens and unclear specs | Surprises mid-build, so rework |
| Design tokens | Developer | Colour, type, spacing and radius values in code | Hard-coded values scattered across files |
| Components | Developer | Reusable React components matching Figma variants | Duplicated, inconsistent UI |
| Responsive rules | Designer | Mobile and tablet frames, breakpoint notes | Developer guesses the phone layout |
| Accessibility | Designer and developer | Contrast checks, focus states, heading order, annotations | Costly fixes after launch |
| Review and QA | Both | Side-by-side sign-off on real devices | Small differences ship unnoticed |
Handoff gaps cause rework because developers must make design decisions the file never answered, such as hover states, error messages or the phone layout. Each guess is built, reviewed, rejected and rebuilt. The change costs more in code than it would have cost as a design edit.
Picture a pricing page. The desktop frame looks finished. The developer asks what happens to the three-column card row on a phone, what the button does while a form submits, and what an empty state looks like. None of it is in the file, so each answer waits for the designer, and the build stalls.
The stall is only half the problem. A guessed answer gets built, then a stakeholder sees it and says it is not what they imagined. Now the work is done twice. For a founder paying a fixed day rate, that is how a quote that looked reasonable slowly grows.
We cover what a developer actually needs from a design in more detail in our guide to design handoff documents. The short version: the more of those questions the file answers before development starts, the less you pay for revisions.
There is a second reason to fix handoff early. Public-sector design systems exist because teams were rebuilding the same patterns repeatedly. The New York State Design System describes colours, spacing, typography and interactive patterns being synchronised across Figma and code, so teams use the same components. A small business does not need a government-scale system, but the principle applies to your site.
The first job is not converting anything. It is reading the file the way a developer will, and listing what is missing. A good audit takes a few hours on a typical marketing site or MVP and saves days later.
Do not start building and hope. Send the list back to the designer as a short, ranked set of requests: blockers first (missing mobile frames, missing states for core flows), then nice-to-haves. If the designer is no longer available, budget a small design pass up front. It is cheaper than discovering the gaps during development.
A short design sprint before development is one way to close these gaps. We describe how that cuts rework in our piece on a design sprint before development.
Design tokens are named values for colour, type, spacing, radius and shadow. In Figma they live as variables or styles; in code they become CSS custom properties or a Tailwind theme. Developers then reference names like "color-primary" instead of hex codes, so one edit updates every place that value appears.
This is where most of the long-term value sits. Without tokens, a rebrand means searching a codebase for every hex code. With tokens, it is a change to one file.
Suppose a designer defines a primary colour, a body font size and a base spacing unit of 8px. The developer turns them into CSS variables once:
:root {
--color-primary: #111111;
--color-surface: #ffffff;
--font-size-body: 1rem;
--space-2: 0.5rem;
--space-4: 1rem;
--radius-md: 0.5rem;
}
Those variables are then exposed in a Tailwind CSS theme, a utility-first CSS framework where styles are composed from single-purpose classes in your markup. A component can now use classes such as "bg-primary" and "p-4", and they resolve to the agreed values. Nobody types a hex code into a component again.
One open question we do not think has a single right answer is whether tokens should be generated automatically from Figma variables or written by hand. Automatic export saves time on large systems, but on a small site, a hand-written file reviewed by a developer is often cleaner. Choose based on how often the design will change.
Each Figma component becomes one React component, and each Figma variant becomes a prop. A button with primary and secondary types and small and large sizes becomes a single Button component taking "variant" and "size" props. The structure in Figma should mirror the structure in code.
Build components before pages. A page is then mostly assembly, which is quick and predictable. If you build pages first, you copy the same card or button markup repeatedly and end up fixing the same bug in six places.
Take a hypothetical Button. In Figma it has type (primary, secondary, ghost), size (small, medium, large) and state (default, hover, focus, disabled, loading). In React, type and size become props, while hover and focus are handled by CSS states, and disabled and loading are boolean props. If the designer drew a state the developer cannot map, that is a sign the component needs a conversation.
Once components exist, Next.js pages and layouts assemble them. Shared elements such as the header, footer and page width live in a layout, so every route gets them automatically. Images, fonts and metadata are handled at the framework level, which matters for speed and search visibility.
The Next.js setup for an established component library can be seen in documentation like the Intelligence Community Design System guide to using its components with Next.js, which notes that a package may need transpiling depending on your version.
Component design choices also affect performance and maintainability. For the code-level side, see our article on efficient React components.
Responsive design means the layout adapts to phones, tablets and desktops. The designer should supply frames for at least a phone and a desktop width, plus notes on what happens between them. If the file shows only a desktop view, the developer has to invent every other layout.
Auto layout in Figma is the best friend of a developer here, because it describes spacing and direction in a way that translates into flexbox and grid. A frame built from loose, absolutely positioned boxes tells the developer where things sit at one width and nothing else.
This is also why automated converters often disappoint on real projects. Plugins and AI routes that turn Figma frames into React frequently produce fixed-size, absolutely positioned elements with no phone layout. That is fine for a quick demo, and a poor base for a site you will edit for years.
Accessibility is cheapest when it is decided in the design file. Contrast, focus styles, heading order, touch target size and meaningful link text are all visible in Figma. If they are missing there, developers either guess or skip them, and fixing them after launch costs more.
Some things cannot be seen in a static frame: reading order, what a screen reader announces, where focus moves after a modal closes. The US Department of Veterans Affairs design system explains that annotations are most valuable for anything not visible or explicit in the design, particularly where an engineer must decide something that is not built into a component. Short notes on key screens do exactly that.
If your site sells to consumers in the EU, accessibility is also a legal topic, not just a quality one, so confirm with a qualified adviser what applies to your business. For the build itself, the practical rule is simple: if it is in the design and the annotations, it gets built.
Review the finished build against Figma side by side, then on real devices. Check spacing, type, colour and every state, not only the default view. Sign-off should happen on a staging site, so differences are caught before launch rather than after customers see them.
When a check fails, log it with a screenshot, the Figma frame it should match and a severity: blocks launch, fix soon, or later. That keeps feedback specific and stops a long list of tiny items from hiding the two that matter.
Run this list before handing a file over. It covers the questions developers ask most, and each item removes a guess that would otherwise turn into a revision.
AI tools can convert a Figma frame into React code, but the output usually needs substantial rework before it is production-ready. They suit prototypes and demos. For a site you will maintain, tokens, reusable components and genuine responsive layouts still have to be built or heavily corrected by a developer.
Our rule of thumb: use a converter when the goal is to test an idea in front of people quickly and the code will be thrown away. Hire a developer to build from the file when the site will carry your brand, take payments, collect personal data or be edited by a team for years.
The honest limit is that tools improve quickly, and what we say about them today may not hold in a year. The principle stays the same. Whatever generates the first draft, a person still needs to check states, layout rules, accessibility and code quality.
Yes. Many UK and Northern European startups outsource React development, either to an agency or to freelancers, because it gives access to a full team without hiring. Outsourcing works best when the Figma file is complete, one person owns questions on both sides, and working hours overlap enough for quick answers.
Handoff quality matters more when the team is remote. A developer in another country cannot lean over a desk to ask what a hover state should do, so the file and annotations must carry that information. That is a point in favour of the checklist above.
If you are weighing options, our guides on how to choose a web app development agency and what drives cost in a project can help you compare quotes on equal terms.
Axire Infotech builds websites and web apps from client Figma files using React, Next.js, Node.js and Supabase. We are a lean studio based in India, working remotely with startups and businesses across Europe, with overlap into CET afternoons. Our process runs in four steps: discovery and planning, design and prototyping, development and testing, then launch and support.
We have built client sites directly from Figma files, including the Media Mates site. On projects like that, the first step is the audit described above: we read the file as a developer would and raise gaps before we write any code, so that questions come in one batch rather than spread across the build.
Where a client has no designer, or a file that is not ready, our UI/UX design service can prepare it for handoff. For the build, our web development service covers React and Next.js, and our app development service uses React Native, so one codebase serves both iOS and Android.
You can see the full range on our services page, and browse examples on our projects page. For more guides like this, visit our blog.
If you have a Figma design and want it turned into a production-ready React and Next.js site without surprises, send it over. We will tell you what is missing, what can be built as it stands, and how the work would run. Contact Axire Infotech with your file or your rough brief, and we respond to inquiries within 2 hours during business hours.
Let's discuss your project and create something amazing together.