TFT

Split SVG File into Multiple SVGs

Have an SVG with many icons or elements? Split it into separate, individual SVG files. Extract only the parts you need for your project.

SVG Splitter / Extractor

Split complex SVG files into individual element files

How it works

Paste your SVG code containing multiple elements. The tool parses the SVG structure and identifies individual elements like paths, circles, rectangles, groups, and other SVG shapes.

Choose extraction mode: "By Elements" separates each SVG element type into individual files. "By Layers" (coming soon) will extract based on group hierarchy and layer structure.

Extractable element types:

  • Paths: Complex shapes and icons
  • Circles/Ellipses: Round elements
  • Rectangles: Box shapes
  • Groups: Combined elements
  • Text: Text elements
  • Lines/Polylines: Linear elements

Click Extract Elements to process. Each extracted element becomes a standalone SVG with proper viewBox and dimensions. Copy individual elements or use them separately in your projects.

When You'd Actually Use This

Breaking apart icon sets

Downloaded an SVG sprite with 50 icons? Extract each icon as a separate file. Use only the icons you need without manual copying and pasting.

Isolating design components

Complex illustrations contain many parts. Extract individual components for reuse. Turn a complex scene into a library of reusable elements.

Recovering elements from combined files

Someone sent you a merged SVG but you need just one piece. Extract that specific element without recreating it. Save hours of redesign work.

Creating component libraries

Build a design system from existing graphics. Extract consistent elements, organize them, and create a reusable component library for your team.

Analyzing SVG structure

Learning how complex SVGs are built? Extract elements to study them individually. Understand how designers construct intricate graphics.

Preparing assets for development

Hand off individual icons to developers instead of one big file. Each element as a separate SVG is easier to import and manage in code.

What to Know Before Using

Extracted elements get new viewBox.Each element receives the original SVG's viewBox. This may create extra whitespace. Adjust viewBox in a vector editor for tight cropping.

Shared definitions aren't duplicated.If elements reference shared gradients or symbols in <defs>, those references may break. Add required defs to each extracted SVG.

Grouped elements stay together.Elements inside <g> tags are extracted as a unit. For individual element extraction, ungroup first in your vector editor.

Styles may not transfer perfectly.Inherited styles and CSS classes might not work in isolated elements. Check each extracted SVG for visual consistency.

Pro tip: After extraction, batch-rename files descriptively. "icon-01.svg" becomes "search-icon.svg". Future you will be grateful.

Common Questions

How many elements can I extract?

No hard limit, but large SVGs with hundreds of elements may slow down. For very complex files, consider extracting in batches.

Can I choose which elements to extract?

Currently all elements are extracted. For selective extraction, copy the elements you want from the output and save them separately.

Do extracted SVGs keep their colors?

Yes, inline styles and attributes are preserved. CSS class references may not work if the styles were in external stylesheets.

Can I download all extracted elements?

Copy each element individually using the Copy button. For batch download, use a desktop tool or script to process the extracted code.

What happens to nested elements?

Nested structures are preserved within each extracted element. A group containing paths stays together as one extracted SVG.

Can I recombine extracted elements?

Yes, use the SVG Merge tool to combine extracted elements back together. Arrange them in your preferred layout.

Why extract instead of using the original?

Smaller files load faster. Individual elements are easier to manage. You can use only what you need without carrying unused graphics.