SVG to PNG Converter
Convert SVG markup to downloadable PNG images with configurable width, height, scale, and background color.
SVG to PNG
Preview will appear here
What is SVG to PNG conversion?
SVG (Scalable Vector Graphics) is an XML-based vector format that describes shapes, paths, text and gradients mathematically. Because SVGs are resolution-independent, they scale crisply at any size. A PNG (Portable Network Graphics) is a raster bitmap image made up of a fixed grid of pixels. Converting an SVG to a PNG rasterizes the vector shapes into a pixel-based image that can be displayed anywhere without requiring SVG rendering support.
Rasterizing to PNG is especially useful when you need to share an icon, logo or diagram in apps that do not support SVG, when embedding in documents (such as emails or PDFs in certain contexts), or when you need a static image for social media. Unlike SVG, PNG is not infinitely scalable — once rasterized at a given width and height, enlarging it beyond that resolution will appear pixelated.
This tool performs the conversion entirely in your browser using the HTML5 Canvas API. By drawing the SVG onto a canvas at your chosen dimensions and scale, it generates a downloadable PNG file. All processing happens client-side, so your SVG markup never leaves your device.
Key Differences Between SVG and PNG
- Format type — SVG is vector-based (mathematical paths); PNG is raster-based (pixels).
- Scalability — SVG scales to any size without loss of quality; PNG has a fixed resolution set at export time.
- File size — Simple SVGs can be very small; complex images may be smaller as vectors, while PNG sizes depend on dimensions and compression.
- Transparency — Both formats support transparency. This tool allows exporting with a solid background color or transparency when supported by the SVG.
- Editability — SVGs can be edited in code or vector editors; PNGs are static bitmaps once created.
- Browser support — All modern browsers can display PNGs; while SVG is also widely supported, some legacy contexts still prefer raster images.
How to Use
- Paste SVG markup — Paste or type your SVG code into the input area, or use the Example button to load a sample.
- Configure output dimensions — Set the target width, height, and scale factor for the exported PNG.
- Choose background — Select a solid background color or use transparency if your SVG supports it.
- Preview and adjust — Check the live preview, tweak values as needed, and fix any markup errors if shown.
- Download PNG — Click the Download PNG button to save the rasterized image to your device.
SVG vs PNG Comparison
| Feature | SVG | PNG |
|---|---|---|
| Type | Vector (paths, shapes) | Raster (pixels) |
| Scalability | Lossless at any size | Fixed resolution |
| Transparency | Supported | Supported (alpha channel) |
| File Size | Small for simple graphics | Depends on dimensions |
| Editability | Editable as code or vectors | Static bitmap |
| Use Case | Logos, icons, UI elements | Photos, social sharing, compatibility |
Worked Examples
- Export an icon at 2x — Paste a simple SVG icon, set Width 32 and Height 32 with Scale 2x to get a 64×64 PNG for Retina displays.
- Create a transparent PNG — Enable "Transparent background" to preserve alpha transparency from the SVG without a solid fill color.
- Rasterize a logo — Specify exact dimensions to match brand guidelines and download a PNG suitable for presentations or documents.
- Generate for social media — Use appropriate dimensions and scale to ensure the image appears crisp across different platforms.
- Convert an illustration — Paste inline SVG markup with gradients or shapes and export as a flattened PNG image.
Tips and Common Mistakes
- Use inline styles — External fonts and images referenced by URL may not render due to browser CORS/security restrictions. Embed or inline critical assets when possible.
- Set explicit dimensions — If your SVG lacks width/height or a viewBox, the converter will still try to size it based on your input values; providing a viewBox is more reliable.
- Choose the right scale — Use 2x or higher for high-DPI (Retina) displays to avoid blurry output. The final pixel dimensions will be width×scale by height×scale.
- Check for errors — If the preview fails, validate your SVG syntax. Missing closing tags or invalid namespaces are common issues.
- Consider file size — Very large dimensions at high scale produce larger PNG files. Find the right balance between quality and size for your use case.
- Prefer SVG when possible — Keep the original SVG if you need to scale or edit later; PNG is best for static distribution.
Common Use Cases
Converting SVG to PNG is useful in many web, design, and documentation workflows. Here are the most common scenarios where rasterization is the right choice:
- Email templates — Many email clients have limited or inconsistent SVG support. PNG images ensure consistent rendering across all recipients.
- Social media sharing — Platforms like Twitter, LinkedIn, and Facebook work best with raster images. Converting your SVG graphics to PNG ensures they display correctly.
- Presentations and documents — When inserting graphics into PowerPoint, Google Slides, or PDF documents, PNGs offer reliable compatibility.
- App assets — Mobile and desktop apps sometimes require static bitmap assets at specific resolutions. This tool helps generate those assets on-demand.
- Legacy browser support — If you need to support very old browsers that don't handle SVG properly, a PNG fallback is a safe option.
- Content publishing — CMS platforms, marketplaces, or documentation systems may restrict SVG uploads for security reasons. PNG is a widely accepted alternative.
Frequently Asked Questions
Is my SVG data sent to a server?
No. All processing happens 100% client-side in your browser using the Canvas API. Your SVG never leaves your device.
What SVG features are supported?
Most standard SVG elements are supported. External resources (images, fonts) may not render due to browser security restrictions. Inline styles and embedded fonts work best for reliable results.
Why use the Scale option?
The scale option lets you export at higher resolutions (e.g., 2x for Retina displays). The output dimensions are multiplied by the scale factor for crisp rendering on high-DPI screens.
Can I export with a transparent background?
Yes. When the "Transparent background" option is enabled, the exported PNG will preserve transparency instead of filling with a solid background color.
What dimensions should I use?
Use the dimensions that match your intended use. For example, 32×32 for icons, 800×600 for diagrams, or higher with scale for high-DPI displays. The canvas renders at width×scale by height×scale.
Why is my SVG not rendering correctly in preview?
Common causes include invalid SVG markup, missing namespaces, external resources blocked by CORS, or very complex filters. Try simplifying the SVG, inlining styles, or validating the markup.
Is there a file size limit?
There is no fixed server limit since processing is client-side. However, extremely large SVGs at very high scales may be limited by browser memory and performance.
How does this differ from taking a screenshot?
Unlike a screenshot, this tool rasterizes the SVG at exact pixel dimensions using the Canvas API. This produces a clean, precise PNG without screen scaling artifacts.