Vectorizer.AI

What is Vectorizer.AI?

Vectorizer.AI is an online image-to-vector converter that turns bitmap images (such as PNG, JPG, BMP, and GIF) into editable vector artwork. Its core purpose is to trace pixels into vector shapes suitable for scalable graphics and downstream creative workflows.

The service converts input images into formats including SVG, PDF, EPS, DXF, and PNG. It also supports full-color vectorization with transparency (alpha) and is designed to run fully automatically without requiring user input.

Key Features

• Convert common bitmap formats to vectors: Accepts JPG, PNG, BMP, and GIF and generates vector outputs such as SVG, PDF, EPS, and DXF.
• Fully automatic vectorization workflow: The conversion runs without user-provided settings; you upload/crop/select an image and then download the result.
• Shape fitting beyond simple curves: Fits complex whole geometric shapes where possible and supports parameterized circles, ellipses, rounded rectangles, and stars (including rounded corners and rotation angles).
• Multi-curve vector support: Uses straight lines, circular arcs, elliptical arcs, and quadratic and cubic Bezier curves instead of limiting output to a single curve type.
• Clean corner modeling: Analyzes and optimizes corner locations to craft outlines with more natural transitions between straight or smoothly varying sections.
• Color and transparency handling: Supports full 32-bit color including the alpha channel, and preserves partially transparent areas and anti-aliasing.
• Export preview and download: Provides an interactive preview of the resulting vector before downloading.
• Adjustable palette sizing: Automatically detects palette size from the input, with the option to adjust the number of colors if needed.

How to Use Vectorizer.AI

1. Upload a bitmap image: Use the file picker or drag and drop an image onto the page.
2. (Optional) Crop before conversion: If you only need part of the image, crop it so the relevant region is what gets vectorized.
3. Run the automatic conversion: Start the process; Vectorizer.AI analyzes the pixels and produces a vector result.
4. Review and download: Inspect the interactive preview, then download the output in one of the supported formats (SVG, PDF, EPS, DXF, or PNG).

Use Cases

• Logo and mark vectorization: Convert raster logos (JPG/PNG) into scalable SVG or print-oriented formats like PDF/EPS.
• Plotter and CNC workflows: Export to DXF when you need vector geometry compatible with CAD/CAM or cutting/plotting pipelines.
• Print and layout preparation: Generate PDF or EPS vector files for desktop publishing or design systems where resizing without blur matters.
• Craft and production-ready art: Use vector output for downstream processes mentioned by the service, such as printing, cutting, or embroidering.
• Digitizing sketches or scans: Vectorize scans/photos of drawings or sketches by tracing the underlying bitmap into vector shapes.

FAQ

What image formats does Vectorizer.AI support?
It supports converting bitmap images including JPG, PNG, BMP, and GIF.

Which output formats are available?
Vectorizer.AI supports SVG, PDF, EPS, DXF, and PNG output. SVG is described as the default.

Do I need to provide any settings to run the conversion?
No user input is required for the standard workflow; the service is described as fully automatic.

Does it preserve transparency?
Yes. It supports full 32-bit color, including the alpha channel, and handles partially transparent areas and anti-aliasing.

Can I vectorize only part of an image?
Yes. The service includes a pre-crop step so only the cropped portion counts toward the allowable resolution limit.

Alternatives

• Inkscape (Trace Bitmap): A desktop vectorization tool that traces raster images locally; workflow differs because you typically control tracing parameters rather than relying on an online fully automatic process.
• Adobe Illustrator (Image Trace): A design-suite approach to converting bitmaps to vectors; outputs are generated through Illustrator’s tracing settings and options.
• Other standalone raster-to-vector converters: Web or desktop tools focused on bitmap tracing; they may vary in output formats and how much control you have over curves, colors, and simplification.
• CAD/vector tools for manual cleanup: If you need precise geometric control, you can convert with any vectorizer and then refine in CAD/vector editors; the trade-off is manual editing effort versus automated shape fitting.