What is vectorization?
Vectorization (image tracing) converts a raster image — pixels — into vector paths: math-described shapes that scale to any size without blur. It is how a PNG or photo becomes an editable, resolution-independent SVG suitable for logos, cutting, and print.
Understanding vectorization
A raster image is a fixed grid of pixels; enlarge it and it blurs. Vectorization analyzes those pixels and rebuilds the image as paths and fills — a description a renderer can draw crisply at any size, and a person can edit shape by shape.
The quality bar is whether the result is genuinely editable: clean, separable paths, not one flattened blob. Good vectorization is what makes an image sellable and reusable — cut on a Cricut, printed on a billboard, recolored in a click.
AI vectorization does this automatically and well; it is the bridge from "I have a picture" to "I own an editable vector."
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Trace any image into clean, editable vector paths.
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Vector vs raster
Vector graphics describe an image as math (paths, curves, fills) so they scale infinitely with no pixelation; raster graphics store a fixed grid of pixels that blurs when enlarged. Vectors suit logos, icons, and anything printed at multiple sizes; raster suits photographs.
Editable SVG
An editable SVG is vector artwork stored as real, structured path code — shapes, groups, gradients — that can be re-colored, re-shaped, and scaled to any size with no quality loss. It contrasts with a flattened or rasterized export, which is just pixels of a picture and can’t be meaningfully edited.
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