Image Color Extractor

Extract the dominant colors from any PNG, JPG, or WebP image as HEX, RGB, and HSL values. Processed in your browser and never uploaded.

Work in your browser

Local and private

How to use Image Color Extractor

Three simple steps, with your content kept on your device.

01

Choose an image

Pick a PNG, JPG, or WebP image from your device. Nothing is uploaded.

02

Pick the count

Choose how many dominant colors you want to extract, from 3 to 10.

03

Copy the palette

Each color shows its HEX, RGB, and HSL values with one-click copy.

Built for useful work

Fast, focused, and made to be clear on every screen.

Dominant color detection

The most frequent colors are found by quantizing the image's pixels.

HEX, RGB, and HSL

Every color is shown in the three formats designers need with one-click copy.

100% local

The image is decoded in your browser and never sent to a server.

What is an image color extractor

An image color extractor reads the pixels of a photo and finds the colors that dominate it. Instead of guessing by eye, you get an exact dominant color palette with HEX, RGB, and HSL values for every swatch.

To extract colors from image files, designers and developers use this kind of tool to turn any PNG, JPG, or WebP into a working palette — the starting point for brand colors, themes, and matching UI accents.

How to extract colors from an image

Choose an image or drop it onto the page, select how many colors you want — from 3 to 10 — and run the extraction. The image is decoded in your browser with the Canvas API, never uploaded.

Each swatch shows its HEX, RGB, and HSL values with one-click copy, so you can paste a color straight into CSS, a design tool, or a config file. The whole palette is ready in seconds.

How dominant colors are chosen

The extractor downscales the image to a working resolution, groups similar pixels into color buckets, and averages the largest buckets into the palette you see. This is the standard quantization approach used by most color tools.

It is an approximation, not a pixel-perfect analysis: very similar shades are merged, and the result reflects the image's overall character rather than every individual hue. Transparent areas and extreme highlights are handled sensibly so they do not dominate the output.

Get hex colors from a picture

To get hex colors from picture files, run the extraction and copy any swatch. Every value is presented as a #RRGGBB hex code — the format CSS, SVG, and most design tools expect — alongside its RGB and HSL equivalents.

Because processing is local, you can work with proprietary photos and client assets without uploading them to a third-party service, which matters for brand work and confidential design materials.

Supported formats and limits

The extractor accepts PNG, JPG, and WebP images. Large photos are downscaled before analysis, so even high-resolution images process quickly without exhausting memory.

If the image cannot be decoded, you get a clear error. If no colors can be extracted, the tool reports that instead of returning an empty or misleading palette.

Related color tools

Valestiom has a full color family. The Color Palette Generator builds schemes from a starting color, and the Color Contrast Checker verifies that text and background pairs meet accessibility ratios.

The Color Picker captures any color on screen, and the Image Metadata Viewer inspects the EXIF data inside a photo before you use it in a design.

Using the palette in real projects

A dominant color palette from a brand photo becomes the basis for a website theme: the primary color for buttons, the secondary for accents, and a neutral for backgrounds. Copy each HEX value directly into your CSS variables.

The same palette works for product shots, slide decks, and social graphics. Because every value is copied in one click, building a consistent visual system from an image takes minutes instead of manual color picking.

The extractor also helps when you receive a logo or photo without its brand colors: run the extraction once, and you have the exact values to reproduce the look in your own layouts, documents, and interfaces.

Because the analysis happens in the browser, you can iterate quickly — adjust the color count, re-run, and compare palettes from the same image in seconds, without round-tripping files through a server.

From a single photo you can build a full working palette in minutes, then keep the extracted values in your design system so every screen and document uses the same colors.

Frequently asked questions

How are dominant colors chosen?

The image is downscaled, its pixels are grouped into color buckets, and the largest buckets are averaged into the palette you see.

Does this upload my image?

No. The image is read and processed entirely inside your browser using the Canvas API.

Which image formats are supported?

PNG, JPG, and WebP. Transparent pixels are skipped so they never become a palette color.