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SVG to PNG Converter: Rasterize Vectors in Browser

Rasterize SVG vector files to PNG bitmaps in your browser. Keeps the alpha channel, controls output size, no uploads, no watermark, no sign-up.

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Privacy First
Free Tool

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How It Works

Designers ship logos and icons as SVG because the file is just XML that a renderer redraws sharp at any zoom. The trouble starts the moment you hand that file to something that does not run an SVG renderer: a marketplace upload form, an email client, a slide deck, a print shop's intake. They want a grid of pixels. Rasterizing the SVG to PNG produces exactly that, frozen at one resolution. This tool gives the SVG to your browser's own rendering engine, paints it onto a canvas, and reads the canvas back out as PNG. Output dimensions come from the file itself: the converter uses the SVG's width and height attributes, falling back to the viewBox when those are absent. An SVG declaring 512 by 512 lands as a 512 by 512 PNG. If you need a different size, set those values before converting, since enlarging the vector is free while upscaling a finished PNG only blurs it. The PNG write itself is lossless, so no pixels degrade in the encode. The one thing you trade away is the SVG's resolution independence: a bitmap is locked to its grid and cannot be sharpened after the fact. Transparency survives intact, though. PNG carries a full alpha channel, so transparent and semi-transparent regions stay transparent rather than getting flattened onto a background. Everything runs locally in JavaScript. The file is parsed, rendered, and encoded on your own machine and never touches a server, which is what you want for unreleased logos and client work under NDA.

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MoreSVG

svg → jpgsvg → webp

Convert toPNG

avif → pngbase64 → pngbmp → pnggif → pngheic → png
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Key Features

  • No file uploads required - works offline
  • 100% privacy focused - client-side processing
  • Browser powered - no software installation
  • Fast processing - WebAssembly technology
  • Free forever - no premium accounts

Supported File Formats

.svg

Output Format: PNG

Technical Specifications

input Format SVG (Scalable Vector Graphics, XML-based vector)
output Format PNG (Portable Network Graphics, raster bitmap)
compression Type Rasterization, then lossless DEFLATE PNG encoding
quality Retention Lossless at the rendered resolution; vector scalability is lost on rasterize
color Space Support RGB with full 8-bit alpha (transparency preserved)
max Resolution Limited only by your device's memory
processing Time Instant, runs in your browser

Key Benefits

  • Drop vector artwork into tools and platforms that reject SVG
  • Transparent and semi-transparent areas survive via PNG's alpha channel
  • Lossless PNG encoding at whatever resolution your SVG declares
  • Predictable output size, controlled by the SVG's own dimensions
  • Produce 2x or high-DPI bitmaps by sizing the source, with no quality loss
  • Runs fully in your browser, so confidential designs never get uploaded
  • Works on any device with a modern browser, including phones and tablets

Common Use Cases

  • Uploading a logo to a platform or marketplace that only accepts raster images
  • Embedding vector icons in Word, PowerPoint, Google Docs, or Slides
  • Generating fixed-size thumbnails or previews of SVG assets
  • Email signatures and chat apps that strip or block SVG
  • Print-on-demand and app store listings that require PNG uploads
  • Sharing artwork with software that cannot open SVG at all
  • Exporting app icons or favicons at a specific pixel size from a master vector

Pro Tips

  • Set explicit width and height on the SVG before converting to fix the exact pixel size
  • Need higher resolution? Enlarge the SVG's dimensions, not the resulting PNG
  • Convert text to outlines and embed referenced images as data URIs so they render
  • Choose PNG over JPG whenever you need transparency or crisp flat-color edges
  • Keep the original SVG archived for anything that must stay infinitely scalable
  • Render at the largest size you will plausibly use, since a PNG cannot be sharpened later

Frequently Asked Questions

Many destinations reject SVG for security or compatibility reasons: most social platforms, email signatures, Slack and other chat apps, Word and PowerPoint, and a lot of print-on-demand and legacy software. They want a raster bitmap. PNG gives them that while keeping a transparent background, so a logo or icon drops in without a white box around it.
It comes from your SVG's width and height attributes, or the viewBox if those are missing. An SVG that declares 512 by 512 renders to a 512 by 512 PNG. For a larger or smaller result, edit those dimensions in the SVG before converting. Scaling the vector up costs nothing, but enlarging the PNG afterward will blur it.
Yes. PNG supports a full 8-bit alpha channel, so transparent and partially transparent areas of the SVG survive the conversion. This is the main reason to pick PNG over JPG for an SVG, which would otherwise be flattened onto a solid background.
At the size it was rendered, yes, it is pixel-for-pixel sharp. The difference only shows when you scale it: the SVG redraws perfectly at any size, while the PNG is locked to its pixel grid and gets fuzzy when enlarged. Render at the largest dimension you will realistically need, and keep the original SVG for anything that must stay resizable.
The browser renders the SVG as a standalone document, so anything pulled in from outside (a webfont your page loaded, or a linked external image) is not available during conversion. Convert text to outlines or embed the font as base64, and inline any referenced images as data URIs, then convert again for an accurate result.
Yes, by sizing the source. Double the SVG's width and height (for example, 256 to 512) before converting and you get a 2x bitmap with no quality loss, since the vector redraws at the new size. Upscaling an already-rendered PNG does not work the same way; it just interpolates and softens edges.
No. The SVG is parsed, rendered, and encoded entirely in your browser using JavaScript and a canvas. Nothing is sent to a server, stored, or logged, so it is safe for confidential branding and unpublished design work.
JPG is lossy and has no transparency, so transparent SVG regions get filled with white and crisp edges can pick up compression artifacts. PNG is lossless and keeps alpha, which makes it the better match for logos, icons, and flat illustration. Choose JPG only for dense, photographic artwork where a smaller file matters more than a clean edge.