Vectors are great. Until they aren’t.
SVG is the perfect web format. Scales to any size, tiny file footprint, editable in a text editor. But then you try to upload one to Instagram. Nothing. You paste it into a Word doc. Broken. Your client needs the logo for a PowerPoint deck. SVG? They don’t even know what that is.
The world runs on raster images. PNG, JPEG, WebP, that’s what most platforms, apps, and people expect. This tool takes your SVG and renders it into a pixel-perfect PNG. Transparency stays intact. Colors stay accurate. The output matches the SVG’s native viewBox dimensions, so you get exactly the resolution your vector was designed for.
Rasterizing your SVG
- Upload your SVG file with “Choose SVG File”.
- Check the preview to make sure it rendered correctly.
- Click “Convert to PNG & Download”.
The server-side renderer handles gradients, filters, clipping paths, masks, and other advanced SVG features. Complex illustrations come through cleanly.
What to expect
- Pixel-perfect rendering: the SVG is rasterized at its native viewBox dimensions
- Transparency preserved: transparent areas in the SVG stay transparent in PNG
- Advanced features supported: gradients, filters, masks, clip paths all render correctly
- Server-side processing: consistent results regardless of your browser or device
- Fast turnaround: most SVGs convert in under a second
Where this gets used constantly
Social media needs raster images. Period. Instagram, Twitter, Facebook, LinkedIn, none of them accept SVG uploads. Got a beautifully designed logo in SVG? Convert it to PNG and now you can use it everywhere.
Client handoffs often mean PowerPoint. Your design team works in Figma. Your client presents in PowerPoint. PowerPoint’s SVG support is… unpredictable. Give them a high-res PNG and skip the tech support call.
App icons start as vectors but deploy as bitmaps. iOS needs PNG. Android needs PNG. Desktop apps need PNG. Your icon lives as an SVG in Figma, but the moment it leaves the design tool, it needs to be rasterized.
Print shops accept PNG. They usually don’t accept SVG. If your vector artwork needs to go to print and the shop isn’t set up for vector formats, a high-resolution PNG conversion is the fastest path to getting your job done.
Documentation embeds. Markdown files, Notion pages, Confluence wikis, most documentation platforms handle PNG better than SVG, especially when the SVG uses external fonts or complex filters.
Before converting, you might want to clean up your SVG with the SVG Optimizer: it strips unnecessary metadata and reduces file size. After conversion, the Image Resizer can scale the PNG to any custom dimensions you need, and PNG to WebP can shrink it further for web use.
SVG-to-PNG questions
What resolution will the PNG be?
The tool renders at the SVG’s native dimensions, whatever’s defined in the viewBox or width/height attributes. A 500x500 viewBox produces a 500x500 PNG. If you need a different size, use the Image Resizer on the output.
Will my transparent background survive?
Absolutely. PNG supports full alpha transparency. Whatever’s transparent in your SVG stays transparent in the PNG.
What about SVGs with custom fonts?
If the SVG references fonts that aren’t embedded in the file, the renderer substitutes defaults. For reliable results, convert your text to paths (outlines) in your design tool before exporting the SVG. This is standard practice for any SVG that’ll be used outside the original design environment.
Complex SVGs with drop shadows and gradients?
Handled. The renderer supports CSS filters, SVG filters, linear and radial gradients, clip paths, masks, and blending modes. If it renders in Chrome, it’ll render here.
Can I control the output size?
Not directly. The PNG matches the SVG’s declared dimensions. To get a specific pixel size, either edit the SVG’s viewBox before uploading, or resize the PNG afterward with the Image Resizer.