PDF to SVG

SVG is the right choice when the output needs to be resolution-independent, embedded in a web page, or edited in a vector design tool. Because SVG encodes geometry as XML path commands rather than pixel grids, it scales from a 16-pixel icon to a 4-metre billboard without any loss of sharpness — a property that PNG and JPEG cannot match. This makes it the preferred format for diagrams, technical drawings, architectural plans, logos extracted from spec sheets, and any page that will appear on a responsive website where the viewport size varies by device. SVG files from text-layer PDFs also preserve selectable, searchable text as native SVG text elements, which means screen readers can parse them and search engines can index their content. For PDF pages that are predominantly photographs or continuous-tone scans, however, PNG or WebP deliver comparable visual quality at significantly smaller file sizes; embedding a large raster image inside an SVG wrapper adds approximately 33 percent size overhead from base64 encoding without providing any vector benefit. Academic papers and technical documentation are an ideal SVG use case when both the diagrams and the body text need to remain crisp and selectable. Print proofs, brand identity PDFs, and icon library exports are equally strong candidates. If the goal is simple archival or email attachment, PNG remains more universally compatible. Use the SVG preview this tool generates to confirm sharpness before committing to it as your final format; the preview renders directly in the browser at full vector resolution so you see exactly what downstream tools will receive.

Yes, when the source PDF contains a real embedded text layer, which is the default for every PDF produced by a modern word processor or layout application. The WebAssembly PDF renderer reads each glyph's Unicode code point, position coordinates, font family name, and point size from the PDF's content streams and font resources, then writes a corresponding SVG text element with matching x, y, font-family, and font-size attributes. The result is SVG text that modern browsers render visually while also exposing it to the clipboard, the browser's built-in Find function (Ctrl+F or Cmd+F), and assistive technology like screen readers. Design tools including Figma, Inkscape, Illustrator, and Affinity Designer import these text elements as editable text objects that you can restyle or modify. Scanned PDFs that contain only page images and no text layer produce SVG output with the scan embedded as a base64-encoded raster image inside an SVG image element; that content is not selectable because there are no character codes to select. If you need selectable text from a scanned source, run the PDF through our OCR tool first to add a text layer, then convert to SVG. One practical caveat applies to text converted to outlines in the source PDF — a common technique in print production to eliminate font dependencies. Outlined text becomes vector path data with no attached character codes, so it renders perfectly but is not selectable in the SVG output. This is a source-file characteristic, not a tool limitation. The conversion runs entirely in your browser with no file upload required.

SVG file size varies considerably depending on the content type of the source PDF page. A single page of dense body text — such as a contract or academic paper — typically produces an SVG between 15 and 80 KB, which is substantially smaller than the equivalent PNG at 300 DPI, which commonly exceeds 1 MB for an A4 page. The SVG's size advantage for text-heavy pages stems from the fact that each character is encoded as a short XML text node rather than thousands of coloured pixels. Diagram-heavy pages produce SVGs whose size is proportional to the number of vector path commands; a simple flowchart might be 30 KB while a complex circuit diagram or architectural drawing with thousands of individual path segments can reach several MB. Image-heavy pages are where SVG becomes less efficient: photographs and continuous-tone illustrations are embedded inside the SVG as base64-encoded binary data, which inflates the file size by approximately 33 percent compared to a standalone PNG of the same image. For pages where the majority of the visual content is photographic, PNG is the more practical format. The tool displays the output file size for each page before you download, letting you make an informed choice between SVG and PNG for each page independently. If the SVG turns out larger than expected for a photo-heavy page, use our PDF to Images tool to export the same page as an optimised PNG or WebP instead. Multi-page PDFs produce a ZIP archive where individual pages can be compared by size before deciding which format to use for each.

Yes. The output conforms to the SVG 1.1 Full specification and imports cleanly into every major vector design tool: Figma, Adobe Illustrator, Inkscape, Affinity Designer, CorelDRAW, Sketch, and any browser-based SVG editor. The WebAssembly renderer preserves the structural hierarchy of the source PDF page, so paths, text elements, and grouped objects appear as separate, individually selectable items in the design tool's layer panel rather than a single flattened shape. Closed shapes with fill and stroke attributes retain their colour values as CSS colour strings. Text elements retain their font-family names, so if the destination machine has the same fonts installed, they render identically; if not, the SVG viewer substitutes the closest available system font, which is standard SVG fallback behaviour. The most reliable way to eliminate font substitution entirely is to convert text to outlines in the source PDF before running the conversion — this replaces each character with a vector path that carries no font dependency. Every modern PDF editor including Acrobat, Affinity Publisher, and Inkscape supports text-to-outlines conversion. The resulting SVG will have slightly larger file size but perfect visual fidelity regardless of which fonts the recipient's system has installed. Embedded images inside the SVG are base64-encoded PNG data that can be extracted and replaced in any design tool that supports image swapping. The conversion pipeline runs entirely in your browser via a WebAssembly PDF engine — no file is uploaded and no server processes your document at any stage.