PDF to SVG Converter

Convert PDF pages to SVG vector files online. Free, private PDF to SVG conversion that runs entirely in your browser — no uploads, no signup, unlimited pages.

Processed locally

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How to Use

Converting a PDF to editable SVG vector files takes four steps:

Upload your PDF — Drag and drop a .pdf file onto the dropzone, or click it to browse. The file is read locally and the tool reports the total page count. Nothing is uploaded to any server.
Choose conversion options — Optionally enter a page range such as 1-3,5 to convert only specific pages, set an output scale to enlarge the SVG dimensions, and pick how text is handled: selectable text with generic fonts, embedded fonts for higher fidelity, or no text at all.
Convert — Click "Convert to SVG". The tool parses each page's drawing operators with PDF.js and translates them into SVG paths, text, gradients, clipping paths, and embedded images. Each page becomes one standalone SVG document.
Preview and download — A thumbnail grid shows every converted page. Download individual SVGs per page, or grab all pages at once as a ZIP archive.

If your PDF uses features SVG cannot represent, a notice lists exactly which content was approximated or skipped, so the output is never silently wrong.

About This Tool

PDF and SVG are both vector formats, but they serve different ecosystems. PDF is designed for fixed-layout documents — printing, archiving, and forms — while SVG is the web's native vector format, editable in design tools like Figma, Illustrator, and Inkscape and renderable directly in every browser. Converting PDF to SVG unlocks content that is otherwise locked inside a document: logos, diagrams, icons, charts, and illustrations become editable vector art you can style with CSS, animate, or scale to any size without losing sharpness.

This converter uses Mozilla's PDF.js engine — the same parser Firefox uses to display PDFs — to read each page's low-level drawing instructions. A custom translator then maps those operations to SVG equivalents: PDF paths become <path> elements, text runs become positioned <text> elements, images are re-encoded as embedded PNGs, and the PDF coordinate system (origin at bottom-left) is flipped to SVG's top-left origin via a root transform. Because the geometry is emitted in the PDF's native user space and transformed with matrices, stroke widths, dashes, and shapes scale exactly as the document specifies.

Honesty about limits matters: a few PDF features have no direct SVG equivalent. Complex mesh and FreeForm shading gradients are skipped (axial and radial gradients are converted), transparency groups and soft masks are flattened away, image masks are omitted, and Type3 fonts are approximated with fallback fonts. The tool surfaces these cases per file rather than pretending perfect fidelity.

Everything runs entirely in your browser. Your PDF is never transmitted, stored, or logged — conversion works even offline after the page loads, making it safe for confidential contracts, proprietary designs, and unpublished artwork.

Why Use This Tool

Designers and developers extract SVG from PDFs for many practical reasons:

Recover logos and artwork — Brand assets frequently exist only inside PDFs (letterheads, style guides, print proofs). Converting extracts them as editable vectors instead of redrawing or tracing bitmaps.
Web-ready graphics — SVG renders natively in browsers, supports CSS styling and JavaScript animation, and stays sharp on retina displays — ideal for diagrams and charts lifted from reports.
Design-tool editing — Figma, Sketch, Illustrator, and Inkscape all import SVG. One converted page becomes a fully editable layer stack of paths and text.
Laser cutting and CNC — Vector cut paths are often distributed as PDF. SVG output feeds directly into LightBurn, Glowforge, and other fabrication software.
Accessibility and data extraction — SVG text remains selectable and machine-readable, and the XML structure is easy to query or transform programmatically.
Privacy — Server-based converters require uploading sensitive files. This tool processes locally, so confidential documents never leave your device.

Related tools: SVG to PNG rasterizes vector graphics in the other direction. Image to PDF combines images into a document. PDF to JSON extracts text and coordinates as structured data. Rasterize PDF flattens pages to images, and PDF Split extracts individual pages before conversion.

FAQ

Is my PDF uploaded to a server?

No. The conversion runs entirely in your browser using PDF.js. Your file never leaves your device — you can even disconnect from the internet after the page loads and it will still work.

Will the SVG look exactly like my PDF?

Vector paths, fills, strokes, colors, clipping paths, most gradients, embedded raster images, and text are preserved. Some advanced PDF features have no SVG equivalent: mesh/FreeForm shadings, soft masks (transparency groups), image masks, and pattern-based hatching may be simplified or skipped. A notice on the page lists anything that was approximated for your specific file.

How does text convert to SVG?

By default text stays as real SVG <text> elements using a generic fallback font family, so it remains selectable and editable. You can optionally embed the converted font for higher visual fidelity (larger files, text not editable) or omit text entirely. Type3 fonts are approximated with fallback fonts.

Can I convert only some pages?

Yes. Enter a page range like "1-3,5" to convert just those pages, or leave the field empty to convert every page. Each converted page downloads as its own SVG file, and a ZIP containing all pages is also provided.

Is there a file size or page limit?

There are no artificial limits — everything depends on your device's memory since processing is local. Very large PDFs (hundreds of pages or heavily compressed image content) may take a few seconds per page and produce large SVG files.