Illustrator vs Figma SVG Export Differences

Adobe Illustrator and Figma are industry-standard vector design tools, yet they generate Scalable Vector Graphics (SVG) with distinct technical outputs. While Adobe Illustrator provides deep control tailored for complex illustration, print compatibility, and legacy vector formats, Figma focuses on generating lightweight, clean code optimized directly for modern web development and UI workflows. Understanding the differences in code structure, layer handling, styling methods, and configuration options helps designers and developers export clean, production-ready assets.

Code Cleanliness and File Size

Figma automatically prioritizes minimal, modern web code. When exporting an SVG from Figma, the software omits unnecessary metadata, resulting in compact files that require little to no manual cleanup before being integrated into web codebases.

In contrast, Adobe Illustrator historically prioritizes vector precision and fidelity over file size. Unless fine-tuned via the “Export for Screens” or advanced SVG settings dialog, Illustrator exports include extensive metadata, DOCTYPE declarations, XML namespaces, and extraneous groups (<g> tags). While Illustrator offers comprehensive export settings to minify code, it requires manual configuration to match the out-of-the-box cleanliness of Figma.

Styling and CSS Implementation

Illustrator provides granular control over how visual properties are written into the SVG markup. Users can choose among three primary styling methods: - Presentation Attributes: Attributes like fill="#000" are added directly to SVG elements. - Internal CSS: Styles are aggregated within a <style> block in the SVG header. - Inline Style: CSS rules are embedded directly in the style="" attribute of each tag.

Figma utilizes presentation attributes and inline styling by default. It maps styles directly to standard web constructs, simplifying the process when copying an SVG directly as code (Copy as SVG) to paste into HTML, React, or Vue components.

Handling of Layers, Frames, and Clipping

Layer organization affects the resulting SVG DOM tree differently across both tools:

• Figma Frames vs. Illustrator Artboards: In Figma, frames with enabled “Clip content” export as <clipPath> elements containing an overlapping rectangle. This can introduce nested clip paths if layers are heavily grouped. Illustrator generates cleaner coordinate systems per artboard but often retains complex clipping masks if shapes are grouped or expanded.
• IDs and Class Names: Figma exports layer names as id attributes if the “Include ‘id’ Attribute” option is enabled in the export settings. Illustrator provides explicit controls to generate IDs based on layer names, unique identifiers, or minimal class names.

Effects, Gradients, and Complex Shapes

Complex visual effects highlight the architectural differences between the two platforms:

• Figma: Effects such as drop shadows, inner shadows, and layer blurs are converted into standard SVG <filter> tags (like feGaussianBlur and feColorMatrix). Linear and radial gradients are translated into standard <linearGradient> and <radialGradient> tags.
• Illustrator: Illustrator supports advanced vector effects such as gradient meshes, 3D extrusions, and complex blend modes. Because standard SVG cannot always render these natively, Illustrator often converts them into embedded base64 raster images (<image>) within the SVG file, which degrades scalability and inflates file size.

Export Interface and Workflow

The export workflow reflects the target audience of each application:

• Figma is built for speed and integration into digital products. It features a streamlined export menu on the design canvas and allows users to right-click any layer or frame to select “Copy as SVG” for instant clipboard access.
• Illustrator offers extensive customization via multiple export paths (“Save As”, “Export As”, and “Export for Screens”). It allows designers to define coordinate decimal precision, font embedding strategies (converting to outlines versus embedding SVG fonts), and responsive attributes (viewBox handling).