How to Convert an Image to Vector in Adobe Illustrator

Converting a raster image to a vector in Adobe Illustrator is one of the most practical skills in any designer's toolkit. Whether you're preparing a logo for large-format printing or cleaning up a scanned sketch, understanding how vectorization works — and what shapes the result — makes the difference between a clean output and a frustrating mess.

What "Converting to Vector" Actually Means

Raster images (JPEGs, PNGs, BMPs) are built from pixels — a fixed grid of colored squares. Scale them up and they blur. Vector graphics, by contrast, are defined by mathematical paths and anchor points, so they scale infinitely without any loss of quality.

When you "convert" an image to vector in Illustrator, you're not flipping a magic switch. The software analyzes pixel color regions and redraws them as filled vector shapes. The result is a new file made of paths — not the original photo.

The Main Tool: Image Trace

Illustrator's built-in conversion feature is called Image Trace (previously known as Live Trace in older versions). It's the standard starting point for most raster-to-vector workflows.

How to Access Image Trace

1. Open your image in Illustrator (File > Place or drag and drop onto the artboard)
2. Select the placed image
3. Go to Object > Image Trace > Make, or click the Image Trace button in the Control panel at the top

Once traced, the image becomes a "Live Trace object." You can still adjust settings at this stage. To convert it into editable paths, click Expand in the Control panel.

The Image Trace Panel

The real control lives in Window > Image Trace. This panel exposes every meaningful setting:

Choosing the Right Preset 🎯

Illustrator ships with several presets tuned for different source material:

• High Fidelity Photo — attempts to reproduce complex photographic color; generates a very high node count
• Low Fidelity Photo — simpler color regions, more abstract result
• 16 Colors / 6 Colors — good middle ground for illustrations and graphics
• 3 Colors — useful for simple logos or two-tone artwork
• Black and White Logo — strips everything to binary paths; great for ink-style artwork
• Sketched Art — designed for pencil or hand-drawn scanned images
• Line Art — preserves thin lines and fine detail

The preset you choose should match the type of source image, not just your desired output.

Manual Path Tracing: When Automation Isn't Enough

Image Trace works well for simple graphics and clean source material. For complex logos, illustrated characters, or images that need precise control, manual tracing is often the better route.

Using the Pen Tool

Place the image on a locked layer, create a new layer above it, and use the Pen Tool (P) to draw paths over the shapes manually. This gives you:

• Complete control over anchor point placement
• Clean, intentional curves using Bézier handles
• Far fewer nodes than any automated trace

The tradeoff is time. Manual tracing a detailed image can take hours, but the output quality is substantially higher — and the file stays lightweight.

The Pencil and Curvature Tools

For organic or freehand shapes, the Pencil Tool and Curvature Tool offer faster alternatives to the Pen Tool, with slightly less precision but more natural-feeling path creation.

What Affects the Quality of Your Trace ✏️

The single biggest factor in trace quality is the source image itself:

• High contrast images (dark subject, light background) trace far more cleanly than low-contrast ones
• Simple color palettes produce accurate, manageable path counts
• Resolution matters — a 72 PPI image will trace with softer edges than a 300 PPI scan
• Clean backgrounds dramatically reduce noise and unwanted path fragments

Preparing your image before tracing — increasing contrast, removing backgrounds, sharpening edges — often produces better results than tweaking trace settings after the fact.

Understanding the Node Count Problem

One of the most common issues with automated vectorization is excessive anchor points. A high-fidelity trace of a photograph can generate thousands of nodes, creating a file that's technically vector but practically unusable for printing, animation, or further editing.

The Simplify command (Object > Path > Simplify) reduces node count after expanding a trace. The slider lets you dial in a balance between accuracy and path complexity. For most logo or icon work, a simplified path with fewer nodes is almost always preferable to a dense, over-traced original.

File Format Considerations

Once you've finished tracing and expanding, save or export in an appropriate vector format:

• .AI — native Illustrator format; preserves editability
• .SVG — web-ready vector format; widely supported
• .EPS — common in print workflows and older design pipelines
• .PDF — preserves vector data; broadly compatible

Exporting as PNG or JPEG at this stage re-rasterizes your file — defeating the purpose of vectorization.

The Variables That Shape Your Result

How well Image Trace performs — and which workflow makes sense — depends on factors specific to your situation:

• The complexity and color depth of your source image
• Your tolerance for manual cleanup work after tracing
• Whether the final output needs to be editable or just scalable
• The Illustrator version you're running (Image Trace was introduced in CS6; earlier versions used Live Trace with slightly different options)
• Your skill level with the Pen Tool, which determines how practical manual tracing is as an alternative

A designer working with a simple two-color logo on a white background will get a clean, usable result from Image Trace in minutes. Someone trying to vectorize a full-color photograph for embroidery digitizing or screen printing is dealing with a fundamentally different challenge — one where automated tracing is usually just the starting point.

The method that works depends entirely on what you're starting with and what you need at the end.