How to Export Figma to HTML: Convert Your Design

Figma has no “Export as HTML” button. That gap between a finished design and working frontend code is where most design-to-code workflows either slow down or break entirely.

Learning how to export Figma to HTML is less about clicking one button and more about choosing the right method for your project. Plugins, AI-powered code generation tools, and manual developer handoff via Figma’s Inspect panel each produce different results.

This guide covers all three paths. You will know exactly which approach fits your use case, how to prepare your Figma file for cleaner HTML and CSS output, and what limitations to expect before handing anything off to a developer or a client.

What Is Figma to HTML Export?

Figma to HTML export is the process of converting visual design frames, components, and layout structures from Figma into HTML and CSS markup that a browser can render.

Figma has no native “Export as HTML” button. The tool outputs design files, not production code. Every path from Figma to a working webpage requires either a plugin, a third-party code generation platform, or a developer manually reconstructing the design from scratch.

The conversion process maps Figma’s visual layer structure to HTML elements and CSS properties. Auto Layout frames translate to CSS Flexbox containers. Text layers become HTML text nodes with CSS typography rules. Color styles become CSS variables. Components become reusable code blocks in tools like Locofy.ai and Anima.

Figma held 40.65% market share in collaborative design tools as of 2024 and reached $749 million in revenue that year (Cropink, 2024). That scale means millions of design files sit in Figma waiting to become web pages, and the design-to-code gap is one of the most complained-about problems in the frontend development workflow.

3 main conversion paths exist: Figma plugins installed directly in the editor, external AI-powered code generation platforms that connect via the Figma API, and manual developer handoff using Figma’s Inspect panel or Dev Mode.

Clean file structure directly determines output quality. Proper layer naming, consistent use of Auto Layout, and component-based architecture all reduce the amount of post-export cleanup a developer has to do.

What Are the Methods to Export Figma to HTML?

3 primary methods handle Figma to HTML conversion. Each targets a different user type and produces a different level of output quality.

The 2024 Reveal survey found 71.8% of developers now use low-code or no-code tools for at least part of their workflow (Infragistics, 2024). Design-to-code plugins fall squarely in that category.

Method selection depends on the output type needed. Static HTML for a landing page is a different problem than generating React components for a product UI. The right tool changes completely based on that distinction.

Figma Plugins for HTML Export

Installed directly inside Figma. Plugins run within the editor and convert selected frames or components to HTML/CSS without leaving the design tool.

• Anima: the most-installed design-to-code plugin on Figma with over 1.5 million installs (sixtythirtyten, 2026)
• TeleportHQ: free plugin, exports to HTML/CSS and 5 JavaScript frameworks
• Siter.io: pairs Figma frames with a hosted no-code editor for direct web publishing
• CopyCSS: extracts CSS from individual layers only, not full-page export

Plugins are the fastest path to an HTML file. They are not the cleanest. Complex interactions, hover states, and nested component logic rarely survive the export intact.

Third-Party Code Generation Tools

Locofy.ai reported that its Lightning mode automates close to 80% of front-end development from a Figma file (TechCrunch via sixtythirtyten, 2026).

These platforms connect to Figma via API or plugin and produce framework-specific code, not just flat HTML. Locofy.ai, Builder.io, and Anima’s standalone platform all fall into this category.

• Better component detection than in-editor plugins
• Support for React, Next.js, Vue, and Angular output
• Require more file preparation to produce clean results

Manual Handoff Using Figma Inspect

Zero code generation. Developers use Figma’s Inspect panel or Dev Mode to read CSS property values directly from selected layers and write the HTML themselves.

This method gives full control over the output. It takes the most time. It produces the cleanest, most maintainable code of the three options.

Dev Mode (a paid Figma feature) extends Inspect with CSS snippets, component specs, and platform-specific output for iOS and Android alongside web.

Which Figma Plugins Export to HTML?

The Figma Community plugin marketplace lists dozens of export tools. 4 are worth knowing: Anima, TeleportHQ, Siter.io, and CopyCSS. Each handles a different scope of export.

Anima Plugin

Anima is Figma’s launch partner for Dev Mode and the most-installed design-to-code plugin on the platform (sixtythirtyten, 2026).

What it exports: HTML/CSS, React, and Vue. Handles Auto Layout and breakpoints. The free tier limits output to 1 project.

Anima lets you preview generated HTML and CSS live inside the plugin before downloading. You can export a single component, a section, or a full frame. The output includes asset handling for images and fonts.

Real limitation: the exported code needs post-processing for production use. Anima’s own documentation describes the output as a code starting point, not a finished product.

TeleportHQ Plugin

Free, framework-flexible, and straightforward. TeleportHQ converts Figma frames to HTML/CSS or imports them into its own editor for React, Vue, Next.js, Nuxt, or Angular output.

The 4-step process: install the plugin, select a frame, click “Export to TeleportHQ,” and a project is auto-created in the TeleportHQ builder. Class naming is controllable, which matters for developers who need predictable CSS selectors.

It works best on well-structured Figma files. Messy layers produce messy class names.

CopyCSS and Layer-Level Extraction

CopyCSS is not a full-page export tool. It extracts CSS from a single selected layer, nothing more.

Use case: a developer needs the exact box-shadow, border-radius, or gradient value from one specific element. CopyCSS gets that in one click.

For teams doing manual HTML builds, this is actually the most practical plugin in the list. It speeds up the inspection step without pretending to replace the developer’s work.

Which Third-Party Tools Convert Figma Designs to HTML?

The AI design-to-code market was valued at $4.91 billion in 2024 and is projected to reach $30.1 billion by 2032 at a 27.1% CAGR (Second Talent, 2024). Locofy.ai, Builder.io, Anima, and Framer are the 4 platforms most used for Figma to HTML and framework code conversion.

Locofy.ai

Named IDC Top Innovator 2024 for GenAI Coding Assistants. Over 600 tokens free on signup.

Two conversion modes:

• Locofy Lightning: one-click AI conversion, auto-tags interactive elements, generates live code-backed prototypes
• Locofy Classic: step-by-step manual tagging for more control over component structure

Locofy supports Material UI, Bootstrap, Chakra UI, and Ant Design component imports. That means the generated React code can reference your existing design system components rather than creating new ones from scratch.

The honest trade-off: token-based pricing is unpredictable on large projects, and unstructured Figma files produce noticeably poor results (sixtythirtyten, 2026).

Builder.io

Builder.io’s Visual Copilot connects to Figma via plugin and converts frames to HTML, React, or other framework code. It adds headless CMS capabilities on top of standard code export.

Key differentiator: Builder.io generates code that connects to its CMS, making it useful for content-driven sites where editors need to update text and images without touching code. Static exports are also available without the CMS layer.

Teams building marketing sites or content-heavy pages get more out of Builder.io than teams building application UIs.

Framer as a Publish Alternative

Framer is not a code export tool in the traditional sense. It imports Figma designs and lets you publish them as live websites directly, without ever touching an HTML file.

Output is a hosted Framer site, not downloadable HTML. If the goal is a working URL rather than clean code, Framer gets there faster than any other option on this list.

The trade-off: you are locked into Framer’s hosting and editor. There is no path from Framer to a self-hosted codebase without rebuilding the site.

How Does Figma Inspect Support Manual HTML Export?

Figma’s Inspect panel is built into the editor and available on the free plan. It shows CSS property values for every selected layer: font size, font weight, color (in HEX, RGB, or HSL), padding, margin, border-radius, and box-shadow.

Inspect does not generate HTML structure. It reads design properties and displays them as CSS declarations. Developers copy those values and write the markup themselves.

What Dev Mode Provides vs. Free Inspect

Dev Mode also integrates with Locofy.ai directly inside the Inspect tab, so developers can switch between native CSS output and AI-generated framework code from a single panel.

Copying CSS Values Layer by Layer

The workflow is straightforward: click a layer in Figma, open Inspect, copy the CSS declarations shown in the right panel, paste them into your stylesheet.

For typography, Figma shows font-family, font-size, font-weight, line-height, and letter-spacing as ready-to-paste CSS. For spacing, it shows padding and gap values from Auto Layout containers.

This is slower than plugin export. It is also the method that produces code a developer actually understands and can maintain long-term. Most senior frontend teams use this approach for anything beyond a simple prototype.

How to Prepare a Figma File for Clean HTML Output?

File preparation is the single biggest factor in export quality. A well-structured Figma file produces dramatically cleaner HTML and CSS than a messy one, regardless of which export tool is used.

Locofy.ai’s own documentation states directly: “The cleaner and more organized your design file, the better the code quality will be” (Locofy Docs, 2024).

Auto Layout and Its CSS Equivalent

Auto Layout is Figma’s Flexbox-style system. Frames with Auto Layout applied map directly to CSS Flexbox containers in every major export tool.

The property mapping:

• Direction (horizontal/vertical): becomes flex-direction: row or column
• Gap: becomes gap in CSS
• Padding: becomes CSS padding
• Align items: becomes align-items and justify-content

Frames without Auto Layout export as absolutely positioned elements with fixed pixel values. That output is not responsive and requires significant rework.

Naming Conventions That Affect Code Output

Layer names become class names. Every major export tool, including Anima, Locofy.ai, and TeleportHQ, uses Figma layer names to generate HTML class names or component identifiers.

A layer named “Frame 247” exports as .frame-247. A layer named “hero-section” exports as .hero-section. The second one is usable. The first requires a find-and-replace pass through the entire codebase before it is maintainable.

Group related layers into Figma components before exporting. Components export as reusable code blocks. Flat ungrouped layers export as one-off HTML structures with no reusability.

Use Figma’s built-in color styles and text styles. These map to CSS variables in several export tools, producing cleaner, more maintainable stylesheets than hardcoded hex values on every element.

What HTML Output Quality Can You Expect from Export Tools?

No current tool produces production-ready HTML for complex web builds. That is not a criticism of specific tools. It is the current ceiling of design-to-code conversion as a category.

The 2024 Reveal survey found 43.5% of developers save up to 50% of their time using low-code tools on a project (Infragistics, 2024). For design-to-code specifically, that time saving applies to simple sites and prototypes, not enterprise-scale applications.

Semantic HTML Gaps in Exported Code

Every plugin and AI tool on this list produces div-heavy, non-semantic HTML by default.

What you get vs. what you need:

• Export tools output: <div>, <div>, <div>
• Accessible HTML requires: <nav>, <section>, <article>, <header>, <main>

None of the tools add ARIA attributes automatically. ARIA roles, labels, and landmark regions are absent from all plugin exports as of 2024. That means exported HTML fails basic web accessibility standards out of the box.

Inline styles are common in plugin exports, particularly from simpler tools. Inline styles override external stylesheets and make maintenance harder. Production code should move all styles to an external CSS file after export.

Responsive Layout Issues

Responsive behavior is where exported code falls apart most visibly.

The core problem: Figma uses fixed pixel frames at specific widths (1440px desktop, 768px tablet, 390px mobile). Export tools read those fixed dimensions and output fixed pixel values rather than fluid CSS.

Anima and Locofy.ai both offer responsive export modes, but they require separate Figma frames per breakpoint to generate accurate media queries. Without those separate frames, the exported CSS has no breakpoint logic at all.

Post-export responsive cleanup typically takes 20 to 40 percent of the time a full manual build would take, based on project complexity. For a simple 5-section landing page, that might be 2 hours of work. For a 20-screen user interface, it can exceed a full working day.

How to Export Specific Figma Elements to HTML?

Not every export job is a full page. Sometimes you need one icon, one component, or one image. Figma handles element-level export differently from full-frame export, and the right approach depends on what you are pulling out.

Exporting SVG Icons and Vector Assets

Select any vector element in Figma, right-click, and choose “Copy/Paste as” then “Copy as SVG.” Paste directly into a text editor to get the raw SVG markup, ready to embed inline in HTML.

3 ways to use a Figma SVG export in HTML:

• Inline in the HTML document using the <svg> element
• As an external file via the <img> tag with an src attribute
• As a CSS background-image reference

Figma’s SVG export updated its format to simplify output structure, reducing file size through inlined elements and shorter attribute sets (Figma Blog, 2024).

Inline SVG in HTML is the most flexible option. It allows CSS styling, JavaScript interaction, and ARIA attribute injection directly on the SVG element, none of which are possible when referencing an external file via <img>.

Exporting Images and Raster Assets

Standard image export workflow:

Open the Design panel, scroll to Export, click the “+” button, choose PNG or WebP, set scale to 2x for retina displays, then click Export.

WebP reduces file size by roughly 30% compared to PNG at equivalent visual quality, which matters for page load performance after export.

Custom fonts do not travel with an export package automatically. Google Fonts load correctly in most tools. Proprietary or locally installed fonts need manual embedding via @font-face declarations in the CSS file after export.

Exporting Single Components

Anima and Locofy.ai both support single-component export as a standalone HTML/CSS block, separate from any full-frame workflow.

Component export vs. frame export: A component export produces a self-contained code block with its own CSS class scope. A frame export produces a full document structure including wrapping containers from the parent frame. Pick the wrong one and you get either missing styles or a pile of wrapper divs you have to strip out.

For teams using Figma components systematically, single-component export is the faster path to integrating design output into an existing codebase without touching unrelated sections of the file.

How Does Figma to HTML Export Work for Responsive Designs?

Mobile devices accounted for 60.4% of global web traffic as of October 2024 (StatCounter via Oberlo, 2024). Any HTML exported from Figma needs to work at mobile sizes. Most export tools do not handle this automatically.

Setting Up Figma Constraints for Responsive Export

Figma uses 2 systems for controlling how elements behave at different sizes: constraints and Auto Layout. They solve different problems.

Absolutely positioned elements with fixed pixel constraints export as fixed-width CSS. They break at smaller viewport sizes because the pixel values never adapt.

Setting element width to “Fill Container” in Auto Layout is the closest Figma gets to width: 100% in CSS. This exports correctly in Locofy.ai and Anima. Fixed-width elements do not.

Which Tools Handle Breakpoints Automatically

No tool generates media queries from a single Figma frame. All tools that produce responsive output require separate frames per breakpoint.

Anima’s approach: Assign breakpoints to separate Figma artboards inside the plugin (e.g., desktop at 1200px minimum width, mobile at 350px). Anima generates CSS media queries that switch between layouts at those widths (Anima Blog, 2024).

Locofy.ai’s approach: Run the Lightning flow on up to 5 frames. Tag each frame with a breakpoint value in the Locofy builder. The generated code includes media queries scoped to those breakpoints.

Both approaches mean 3 separate Figma frames for desktop, tablet, and mobile are the minimum required input for responsive HTML output. Designing only a desktop frame and expecting responsive output is the most common reason exports fail at mobile sizes.

What Are the Limitations of Exporting Figma to HTML?

Every designer eventually hits the ceiling of what these tools can do. Worth knowing upfront, not after a client handoff.

Stack Overflow’s 2025 developer survey found 66% of developers report AI solutions that are “almost right, but not quite” as their biggest frustration with AI-generated code (Stack Overflow, 2025). Design-to-code export tools share that same ceiling.

No JavaScript Logic Is Generated

Form validation, API calls, dynamic state changes, authentication flows: none of these exist in an exported file.

Figma exports produce static visual structure only. A login form exported from Figma looks correct in the browser but does nothing when submitted. A developer has to add all interactive behavior manually after export.

Hover states and Figma prototype interactions also do not transfer. CSS hover effects, focus states, and transitions require manual implementation regardless of which export tool is used.

Accessibility Gaps in Every Export Tool

Exported HTML from all current tools is missing 4 categories of accessibility requirements:

• ARIA roles and landmark attributes
• Alt text on images (images export with empty or no alt attributes)
• Keyboard focus management and tab order
• Semantic HTML tags (<nav>, <main>, <button> vs <div>)

Figma Sites (launched in beta at Config 2025) addressed some of this by adding an accessibility panel where designers can manually apply semantic HTML tags and alt text before publishing, but this applies only to Figma’s own hosting platform, not to exported HTML files (Figma Help, 2025).

CMS and Dynamic Content Limitations

Export tools handle static visual structure. A product listing page with 200 items, a blog with paginated posts, a user dashboard pulling data from a API: none of these can be generated by any current Figma export tool.

Builder.io gets closest by connecting the exported HTML to its own CMS layer, letting editors update content without code. But that requires adopting Builder.io as a CMS, not just as an export tool.

For any project where content is managed independently from the design, export tools are a starting point at best. The backend connection, data binding, and template logic all require a developer to implement after the export.

How to Choose the Right Figma to HTML Export Method?

The method that fits depends entirely on what the output will be used for. Static site or app UI are completely different problems, and the right tool changes completely between them.

The Figma to Webflow integration launched a live sync capability in 2024 that replaced the older one-time import plugin. Teams using Webflow for landing page and marketing site builds can now push design updates from Figma into Webflow without rebuilding from scratch (Webflow, 2024).

When Plugin Export Is the Right Choice

Plugin export fits 3 specific scenarios well.

The scenarios where plugins work: a designer (not a developer) needs a working HTML file quickly, the project is a simple static page with no interactive states, or the output is for stakeholder review rather than production deployment.

Plugins are also worth using when prototyping in Figma and needing a browser-renderable version of a specific frame for testing layout at actual screen sizes. The code quality does not matter if the purpose is visual review, not production code.

When Manual Handoff Is the Right Choice

Manual Inspect handoff is the standard for any project where the codebase already exists and the developer needs CSS values, not generated markup.

Real scenario: A developer is maintaining an existing React app and a designer has updated the button styles in Figma. The developer opens Dev Mode, selects the button component, copies the updated color, border-radius, and padding values, and applies them to the existing component. No plugin involved, no new HTML generated.

This is how most senior frontend developers use Figma day to day. The export tools are for greenfield builds and prototypes. Inspect and Dev Mode are for ongoing development against a live codebase.

When AI Code Generation Tools Are the Right Choice

AI tools like Locofy.ai and Builder.io make sense when a developer needs a working code foundation for a new project and wants to avoid writing boilerplate HTML and CSS from scratch.

The 2024 Reveal survey found 43.5% of developers save up to 50% of their time using low-code tools on a project (Infragistics, 2024). That saving is most real at the start of a project when the structure is being set up for the first time.

The condition: the Figma file has to be clean. Proper layer naming, Auto Layout throughout, and components for every repeated element. A messy file fed into Locofy.ai or Anima produces messy code that takes longer to clean up than it would have taken to write from scratch. The tool quality ceiling is directly tied to the file preparation quality.

FAQ on How To Export Figma To HTML

Does Figma have a built-in HTML export feature?

No. Figma has no native “Export as HTML” button. The design-to-code process requires either a Figma plugin, a third-party code generation tool like Locofy.ai or Anima, or manual developer handoff using the Inspect panel.

What is the easiest way to export Figma to HTML?

The Anima plugin is the fastest path. Install it inside Figma, select a frame, and preview the generated HTML and CSS live before downloading. It works without leaving the editor and supports single components or full-page frames.

Is the exported HTML from Figma plugins production-ready?

Rarely. Most plugin exports produce div-heavy, non-semantic markup with inline styles. Expect to spend time cleaning up the code, adding ARIA attributes, and fixing responsive layout issues before the output is usable in a real project.

How do I make the exported HTML responsive?

Create separate Figma frames for desktop, tablet, and mobile before exporting. Tools like Anima and Locofy.ai read those frames and generate CSS media queries for each breakpoint. A single desktop frame will not produce responsive output automatically.

What is the best Figma to HTML tool for React projects?

Locofy.ai. It exports to React, Next.js, Vue, and HTML/CSS. Its Lightning mode auto-tags interactive elements and generates component-based code. Builder.io is a strong alternative, especially for projects that also need a headless CMS layer.

Can I export a single Figma component to HTML?

Yes. Anima and Locofy.ai both support single-component export as a standalone HTML/CSS block. Right-clicking a vector and choosing “Copy as SVG” also works for individual icon and vector assets without running a full export flow.

Does Figma Dev Mode export HTML code?

Not directly. Dev Mode shows CSS property values layer by layer, including font, color, spacing, and border-radius. Developers copy those values and write the HTML markup themselves. It is a spec reference tool, not a code generator.

Why does my exported HTML look broken on mobile?

Most likely your Figma frames used fixed pixel dimensions without Auto Layout. Export tools map fixed constraints to fixed CSS values, which do not adapt to smaller screens. Applying Auto Layout throughout the file before exporting significantly improves mobile output.

Are there free tools to export Figma to HTML?

Yes. TeleportHQ offers a free plugin with HTML/CSS export. Anima’s free tier allows one project. Figma’s native Inspect panel is free on all plans and gives developers direct access to CSS values without any third-party tool required.

Can Figma export HTML for a CMS-connected website?

Not through standard export tools. Plugins produce static HTML only. Builder.io gets closest by connecting exported code to its own CMS. For a fully dynamic, database-driven site, a developer still needs to handle backend logic and data binding manually.

Conclusion

This conclusion is for an article presenting the full picture of Figma to HTML conversion, from plugins and AI code generation tools to manual developer handoff via Dev Mode.

No single method works for every project. A static landing page, a React component library, and a CMS-connected marketing site each need a different approach.

File preparation makes or breaks the output. Auto Layout, clean layer naming, and component structure directly determine how much cleanup a developer faces after export.

Tools like Locofy.ai, Anima, and Builder.io keep improving. But semantic HTML, accessibility attributes, and JavaScript logic still require human input after any export.

Pick the right tool, prepare the file properly, and set realistic expectations for post-export work.