Pull the dominant colors out of any image as ready-to-copy hex codes.
A color palette extractor looks at an image and pulls out the handful of colors that actually define it, then hands you each one as a hex code you can paste straight into your design tool. The problem it solves is a familiar one. You find a photo, a poster, or a screenshot with a mood you love, and you want to reuse those exact colors, but eyedropping them one pixel at a time is slow and you usually miss the balance of the whole image.
Using it is as simple as dropping in a picture. You choose an image from your device, the tool scans the pixels, and within a moment it shows you a row of swatches ranging from the most dominant color to the smaller accent tones. Each swatch comes with its hex value, so you click to copy the code you want and move on. There is no manual clicking around the image required.
What is happening under the hood is a form of clustering. Instead of listing every unique color, which could run into the thousands, the tool groups similar pixels together and reports the centers of those groups. That is why the result feels representative rather than random. A photo of a forest gives you greens and browns weighted by how much of the frame they fill, not one stray blue pixel from the sky.
Reach for this instead of a manual eyedropper when you care about proportion and speed. An eyedropper is perfect when you need one precise pixel. A palette extractor is better when you want the story of the whole image, the five or six colors that make it feel the way it does, ranked by how much they matter.
People use it to build brand palettes from a mood board, to match a website accent color to a hero photo so the page feels cohesive, to pull colors from a favorite painting for a room repaint, or to grab a game or movie poster's scheme for fan art. Designers also use it to sanity check whether two images share a compatible color story before placing them side by side.
Everything runs in your browser. The image is read locally, the colors are calculated on your own device, and nothing is uploaded to a server. There is no sign-up and no cost. The only real limit is your device's memory, so a very large photo just takes a moment longer while it processes.
It returns a small, digestible set of the most representative colors rather than every shade present, usually a handful ordered by how much of the image they cover. That keeps the palette usable, since a list of hundreds of near-identical hex codes would not help you design anything.
Extraction weights colors by how much area they fill, so a small bright detail can be merged into a nearby dominant tone or left off the main list. If that accent matters to you, crop the image down to that region first and run it again so the color has more relative presence.
Hex and RGB describe the same color, so you can convert any hex code the tool gives you. A code like #4488CC maps directly to its red, green, and blue components, and most design apps accept the hex value and show you the RGB breakdown automatically.
Yes, common web image formats including PNG, JPG, and WebP all work, and screenshots are just images so they are fine too. Transparent areas in a PNG are simply ignored, so the palette reflects the visible pixels.
Screen colors are RGB and printing is usually CMYK, so a hex value can shift slightly once it goes to ink and paper. Use the extracted palette as an accurate starting point, then confirm critical brand colors against a printed proof.
No, the image never leaves your device. It is read and analyzed locally in the browser, so nothing is uploaded, stored, or shared.
Not necessarily, since the tool samples the colors either way. A larger file mainly takes a little longer to process, and downscaling a huge photo before loading it often gives you the same palette faster.
Polished Pixels. All tools. About. Contact. Every tool runs in your browser and your files are never uploaded.