PDF to SVG
Render each PDF page at high resolution and wrap it in an SVG file
Drop a PDF here
Each page exported as an SVG file · Max 50 MB
Max file size: 50MB
High-Res Render
Sharp output up to 3x (216 DPI)
Pixel-Exact
Matches the original page appearance
ZIP Download
All pages in one archive
100% Private: All processing happens in your browser. Your files never leave your device.
Most web applications, content management platforms, and digital asset workflows require image assets rather than heavy multi-page PDF documents. This tool converts each page of an uploaded PDF into a standalone SVG file entirely inside your browser using client-side rendering APIs. Because conversion runs locally on your machine, your confidential documents, legal contracts, financial statements, and private designs are never sent to external servers.
It is important to understand the technical architecture of this output: rather than tracing text and shapes into editable bezier curves, the tool rasterises each page through PDF.js onto an HTML5 canvas and embeds the resulting high-resolution bitmap inside an SVG image container element. This guarantees exact typographic metrics, font positioning, and colour reproduction matching the original document, while allowing the resulting .svg file to drop directly into web layouts, Markdown documentation, and graphic presentation slots.
How it works
1. Drop a PDF here
Select or drop your PDF document into the upload area. The tool accepts PDF files up to 50 MB and checks file headers immediately on selection.
2. Select an Output Resolution
Choose between 1× (72 DPI) for compact file sizes, 2× (144 DPI default) for balanced clarity, or 3× (216 DPI) for sharp display on high-density screens.
3. Click Convert to SVG
Press the “Convert to SVG” button to begin rendering each page sequentially with live progress tracking.
4. Download your SVG files
Preview the rendered pages in the browser grid, then click the download icon on any individual page or choose “Download All N SVGs” to get every page bundled in a single ZIP archive.
When you'd use it
Embedding PDF mockups in HTML documentation
Web developers and product designers often need to embed slides or design specifications into static sites or web apps that accept SVG image tags more cleanly than embedded PDF frames.
Publishing slides to vector-friendly portals
Many internal company knowledge bases, Confluence pages, and wiki systems restrict PDF uploads or iframe viewing, but permit SVG graphic assets for quick visual previews.
Extracting individual design pages for web presentations
When an agency deck or portfolio lives in a 20-page PDF, rendering specific pages into standalone SVGs allows quick insertion into slide carousels and web mockups.
Private processing on corporate or restricted devices
Employees working with strictly confidential reports can extract page graphics without violating data protection mandates or cloud upload bans.
Raster rendering wrapped in SVG containers: what you get
In modern web browsers, native PDF-to-vector rendering libraries are limited. Upstream PDF.js removed its experimental SVGGraphics backend in version 4 because font embedding and complex clipping paths caused frequent rendering bugs across different operating systems. To guarantee visual fidelity without dropped glyphs or broken layouts, this converter renders page contents onto an off-screen canvas and wraps the high-resolution pixel data into a standard SVG document.
The generated file contains a valid XML declaration, standard SVG dimensions matching the original PDF page proportions, and an embedded image element holding the rendered bitmap. While this file behaves as a first-class SVG in browsers and graphics viewers, zooming in significantly past the rendered resolution will eventually show pixel boundaries rather than infinite mathematical scaling.
Choosing the right resolution: 72 DPI, 144 DPI, or 216 DPI
The Output Resolution setting directly controls the pixel dimensions of the underlying canvas render. At 1× (72 DPI), a standard US Letter or A4 page exports at approximately 595×842 pixels, producing compact file sizes ideal for web thumbnails or fast-loading previews.
The default 2× setting (144 DPI) doubles the horizontal and vertical resolution to 1190×1684 pixels, which delivers sharp text and graphics on retina displays and standard laptop screens. If your source document features small footnote typography or detailed charts, the 3× setting (216 DPI) renders at triple density, producing crisp line detail at the expense of larger SVG file sizes.
Multi-page handling and ZIP archives
PDF documents can span dozens of pages, whereas SVG is fundamentally a single-canvas format without a native multi-page specification. This converter treats each page as an independent asset, allowing you to preview each rendered page thumbnail before downloading.
For single-page documents, clicking download saves the SVG directly to your downloads folder. For multi-page documents, the converter packages all generated SVG files into a single zip archive named after your original document, saving you from approving dozens of separate browser download dialogs.
Frequently asked questions
Are the exported SVGs true editable vector curves?
No. Each page is rasterised at high resolution and enclosed in an SVG container. This preserves identical typography, line weights, and graphics, but text is not selectable as raw text paths.
What is the maximum file size for PDF to SVG conversion?
You can convert PDF documents up to 50 MB. The file size limit is verified in your browser when you select the document.
How does the tool handle password-protected PDF files?
If your PDF requires a password to open, the tool detects the encryption immediately and displays a notification indicating that the document is password-protected.
Can I convert only one specific page from a multi-page PDF?
The tool renders all pages in the document, but you can download any single page individually using the download icon beneath its preview thumbnail.
Does PDF to SVG conversion require an internet connection?
No. All rendering and SVG packaging run locally in your browser using client-side JavaScript. Once the tool page is loaded, your file never leaves your computer.