What is the Convert Image to Vector tool?
The Image to Vector Converter is a powerful tool that traces standard images (JPG, PNG) and turns them into scalable vector graphics (SVG). This is perfect for turning flat logos or hand-drawn sketches into crisp digital vectors that never lose quality when zoomed in.
How to convert an image to SVG?
Why is it 100% Private?
Graphic designers often work with unreleased client logos and copyrighted artwork. Our vectorizer engine runs entirely in your browser using local Javascript. Your intellectual property is never uploaded to a remote server.
What file types can I convert to SVG?
You can upload JPG (JPEG), PNG, WEBP, GIF, and BMP image files. The tool works best with flat-colour images like logos, icons, clip art, and hand-drawn sketches. Complex photographs will produce larger SVG files because every colour region becomes a separate vector path.
Can I convert a photograph to vector?
Yes, but with caveats. Photographs contain millions of colour variations, so the vectorized SVG will be significantly larger than the original and may not look identical. Use the "Photo" preset with 64 colours for the best result. For most use cases, vector tracing is better suited for logos, icons, and illustrations rather than photographs.
What is the difference between raster and vector graphics?
Raster images (JPG, PNG) are made of tiny squares called pixels. When you zoom in, they become blurry. Vector graphics (SVG) are made of mathematical paths and curves. They stay perfectly sharp at any size - from a thumbnail to a billboard. This makes SVG ideal for logos, icons, and illustrations that need to scale across different devices and print sizes.
Is this tool safe for confidential client logos?
Absolutely. Unlike online converters that upload your image to their servers, Bramhify's vectorizer runs 100% in your browser. Your files never leave your device. There is no server-side processing, no cloud storage, and no data collection. This makes it safe for NDA-protected work, unreleased branding, and any confidential visual assets.
Vector Tracing Optimization: Color Quantization and Path Smoothing
When converting raster bitmaps to vector outlines, two parameters dictate output fidelity and file size: Color Depth and Pre-blur Filtering. Increasing color quantization preserves subtle gradients and multi-tone shading, but generates more SVG bezier curves and path coordinates. For clean graphic branding, using 8 to 16 colors alongside slight gaussian pre-smoothing eliminates jagged pixel artifacts and decimation noise, producing ultra-lightweight, production-ready SVGs.
Exporting Vectors to Figma, Adobe Illustrator, and Web Code
The generated SVG code follows the W3C Scalable Vector Graphics XML standard. You can copy the raw inline SVG markup directly into your HTML or React JSX codebase for zero-request icon rendering. Furthermore, the downloaded `.svg` files can be imported natively into design environments such as Figma, Adobe Illustrator, Inkscape, and Affinity Designer with fully editable path vectors and layer groupings.