Figma to Next.js & React Conversion - Pixel-Perfect, Responsive Code

From $800

Pixel-perfect conversion of your Figma designs to production-ready Next.js or React code. Tailwind CSS, Framer Motion animations, fully responsive, accessible, and built with reusable component architecture.

Figma to Next.js & React Conversion - Pixel-Perfect, Responsive Code

What's Included

100% Pixel-Perfect Figma Matching
Full Responsive (5 Breakpoints)
Tailwind CSS with Custom Design Tokens
Framer Motion Animations & Transitions
Hover & Stagger Animations
Reusable Component System (CVA Variants)
TypeScript — Fully Typed Components
Next.js Image & Font Optimization
Server vs. Client Component Architecture
Compound & Polymorphic Components
WCAG 2.1 AA Accessibility Compliance
Keyboard Navigation & ARIA Attributes
Storybook Component Documentation (optional)
prefers-reduced-motion Support
Documented Component Handover

Figma to Next.js / React - Your Design, Shipped as Code

A great design in Figma is only half the work. The other half — translating those precise spacing values, type scales, hover states, and responsive breakpoints into code that matches the design exactly — is where most handoffs fall apart. Developers eyeball spacing. They pick arbitrary breakpoints. They skip hover states and focus styles. And the design that looked perfect in Figma ends up looking "pretty close, but not quite" in the browser.

I close that gap. Every pixel intentional. Every interaction considered. Every component built to be maintained by a real team, not just to match the static frame.

What I Deliver

100% Pixel-Perfect Implementation

Pixel-perfect isn't a marketing phrase for me — it's a workflow. Before shipping any component, I overlay the Figma design and the browser rendering side by side using browser devtools and Figma's inspect panel, checking:

Exact spacing values (padding, margin, gap) matching Figma's auto-layout spacing
Correct font family, weight, size, line-height, and letter-spacing from Figma's text styles
Accurate color values pulled from Figma variables or local styles — no eyedropped approximations
Border radius, border width, and box shadow values from Figma's design tokens
Correct icon sizes and stroke widths
Overlay grid alignment on multi-column layouts

Responsive Implementation Across All Breakpoints

Figma designs often have one or two breakpoints — I implement the full responsive spectrum, using your designs as anchors and filling in the behavior intelligently between breakpoints.

Breakpoints I implement by default:

sm — 640px (large phones, landscape)
md — 768px (tablets, portrait iPad)
lg — 1024px (landscape iPad, small laptops)
xl — 1280px (standard desktop)
2xl — 1536px (large monitors)

Responsive techniques:

CSS Grid with auto-fit / auto-fill for self-adapting column layouts
Flexbox with flex-wrap for navigation and card rows
clamp() for fluid typography that scales smoothly without breakpoint jumps
Responsive images with srcset, sizes, and Next.js <Image> for optimal delivery at every viewport
Sticky headers, bottom navigation bars, and drawers that adapt between mobile and desktop patterns

Tailwind CSS Implementation

I use Tailwind CSS as the styling layer for all React/Next.js conversions — extending the Tailwind config to match your Figma design system exactly.

What I configure in tailwind.config.ts:

Custom color palette from your Figma color variables
Custom font families from your Figma text styles
Custom spacing values matching your Figma grid base unit
Custom border radius values
Custom box shadow values
Custom animation keyframes for any Figma prototyped transitions
Custom breakpoints if your design uses non-standard viewport targets

This means every Tailwind class maps directly to a decision in your design system — no arbitrary values littered through the codebase.

Framer Motion Animations

If your Figma prototype has transitions and animations, I implement them with Framer Motion — React's most capable animation library.

Animations I implement:

Page transitions — enter/exit animations as users navigate between routes
Scroll animations — elements fading in, sliding up, or scaling as they enter the viewport (using whileInView)
Hover animations — scale, color, shadow, and positional transitions on interactive elements
Stagger animations — list items, cards, and grid elements animating in sequence
Layout animations — layoutId for shared element transitions between states (e.g., expanding a card to a modal)
Gesture animations — drag-to-dismiss modals, swipeable carousels, pull-to-refresh indicators
Number animations — counting up to stats and metrics for dashboard and landing page sections

All animations respect prefers-reduced-motion — users who opt out of animations get instant state changes.

Reusable Component Architecture

I don't just convert screens — I build a component system that your team can use to build new screens without writing new CSS.

Component architecture:

Atomic design — atoms (Button, Input, Badge, Avatar), molecules (SearchBar, Card, FormField), organisms (Header, ProductGrid, TestimonialCarousel)
Variants via class-variance-authority (CVA) — a single Button component with variant (primary, secondary, ghost, destructive) and size (sm, md, lg) props, not 12 separate button files
Compound components — complex UI patterns (Tabs, Accordion, Dropdown, Dialog) built as composable component families
Polymorphic components — components that render as different HTML elements via an as prop (a Button that renders as <a> or <Link>)
Storybook documentation — optional component library documentation with interactive controls for each prop

Accessibility Implementation

Every component is built to WCAG 2.1 AA standards — not as an afterthought, but as part of the initial build.

Keyboard navigation — every interactive element reachable and operable by keyboard
Focus management — visible focus rings on all focusable elements; focus trapped inside modals and drawers; focus returned to trigger element on modal close
ARIA attributes — aria-label, aria-expanded, aria-controls, aria-haspopup, role applied correctly on custom interactive components
Color contrast — all text and UI element combinations verified against WCAG AA contrast ratios (4.5:1 for normal text, 3:1 for large text)
Semantic HTML — buttons are <button>, links are <a>, navigation is <nav>, headings are correct heading levels
Screen reader testing — components tested with VoiceOver (macOS) and NVDA (Windows)

Integration with Next.js Features

The converted components aren't just static UI — I integrate them properly with Next.js:

Next.js <Image> — all images replaced with the optimized Image component with correct priority, fill, sizes, and placeholder props
Next.js <Link> — all internal navigation uses the Link component for client-side routing and prefetching
next/font — Google Fonts or custom fonts loaded via next/font for zero layout shift and optimal font performance
Server Components by default — leaf components that don't need interactivity are Server Components; "use client" is added only where React state or browser APIs are required
Suspense boundaries — loading states wrapped in Suspense with skeleton UI matching the loaded component's layout

What I Need From You

Figma file with View access (not just a screenshot)
Design assets exported or available in Figma (icons as SVG, custom fonts linked)
A note on which pages/components are the highest priority
Any functional requirements beyond visual implementation (e.g., this carousel should autoplay, this form should validate, this counter should animate)

Technology Stack

Next.js 14/15 · React 18/19 · TypeScript · Tailwind CSS · Framer Motion · shadcn/ui · Radix UI · class-variance-authority (CVA) · clsx · next/font · next/image · Storybook (optional)

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Let's discuss how we can help with your project.

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