Image Color Picker

Get the Exact Color Value from Any Part of an Image

An image color picker reads the pixel values at the exact point you click and returns the color in the formats you actually need: HEX for web development and design, RGB for CSS and digital displays, and HSL for color manipulation workflows. You upload an image, click anywhere on it, and get the precise color code at that spot.

This solves a frustratingly common problem. You see a color in a photograph, a screenshot, a logo, or a web page capture and need to use it in your own design or code. Without a color picker, you are guessing — sampling nearby swatches, eyeballing hex values, trying to describe it to a color converter. A pixel-accurate picker gives you the exact value in under five seconds.

When You Need to Sample a Color from an Image

Matching brand colors from a logo. Brand color guidelines specify exact hex values, but not everyone has the style guide handy. If you have the logo as an image file, you can sample the exact color directly rather than hunting through documentation. This is especially useful when working with a client’s assets and the brand guidelines are incomplete or inaccessible.

Building a color palette from a photograph. Many designers start a visual identity or website color scheme by extracting colors from a mood board photograph or inspiration image. Sampling the highlights, midtones, and shadows of a reference photo gives you a harmonious starting palette because the colors already coexist in a real-world context.

Reverse-engineering a design. If you have a screenshot or export of a design and need to match a specific color in code, sampling the pixel directly is far more reliable than visual estimation. The difference between #2563eb and #2564eb is invisible to the eye but can break a color match in code.

Accessibility and contrast checking. When evaluating whether text on a background meets WCAG contrast requirements, you need the exact foreground and background colors. Sampling them from the actual rendered output (screenshot) is more reliable than assuming the theoretical values in a design file, because rendering, anti-aliasing, and transparency compositing can shift the effective color slightly.

Understanding the Color Formats

HEX is the format used in HTML and CSS for specifying colors: #2563eb. The six characters after the hash represent three two-digit hexadecimal values for red, green, and blue (0–255 each, expressed as 00–FF). This is the most common format in web development.

RGB expresses the same three values as decimal integers: rgb(37, 99, 235). CSS accepts both HEX and RGB, and RGB is often more readable when you want to understand the relative proportions of the color components. You can also use it in JavaScript directly.

HSL represents color as Hue (0–360 degrees around a color wheel), Saturation (0–100%), and Lightness (0–100%): hsl(221, 83%, 53%). HSL is more intuitive for color manipulation because adjusting lightness shifts a color from dark to light without changing the hue, and adjusting saturation moves from gray to vivid without changing the color identity. CSS also accepts HSL directly.

The Difference Between Screen Colors and Print Colors

Colors on screens are expressed in RGB (red, green, blue additive mixing). Colors in print are expressed in CMYK (cyan, magenta, yellow, black subtractive mixing). An image color picker gives you RGB values, which are correct for digital use. If you are planning to use the sampled color in print materials, you or your print vendor will need to convert RGB to CMYK, understanding that not all RGB colors can be reproduced exactly in print due to the different gamuts of the two systems.

Screen colors also vary between monitors due to calibration differences, display gamut (sRGB vs. Display P3), and rendering settings. When precision color matching across devices and media matters, proper color management with ICC profiles is the professional approach. For typical web and digital work, the values this tool provides are accurate and reliable.

Your Image Is Never Uploaded

The color sampling runs entirely in your browser using the HTML5 Canvas API. Your image is loaded into browser memory, rendered on a canvas element, and the pixel data is read at the coordinates you click — all locally. Nothing is sent to any server. This matters for screenshots of sensitive applications, confidential design files, and any image you would not want processed on a remote server.