Invert Image

Create stunning negative effects by inverting image colors. Supports JPG, PNG, GIF, and WebP formats with advanced channel-specific inversion options

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Original
Original
Inverted
Inverted

What is Image Color Inversion?

Image color inversion is a digital image processing technique that reverses the colors in an image. Each pixel's color value is subtracted from the maximum value, creating a negative effect. This transforms light areas to dark and vice versa, while also inverting the color spectrum.

How Does Color Inversion Work?

Color inversion works by applying a mathematical transformation to each pixel's RGB values. For each color channel (Red, Green, Blue), the inverted value is calculated as 255 minus the original value. This creates the characteristic negative film effect where colors appear as their complementary opposites.

Advanced Inversion Features

Our tool offers advanced inversion options beyond simple color reversal. You can invert specific color channels independently, allowing for creative effects. The brightness-only mode inverts the luminosity while preserving the original hue and saturation, creating unique artistic results.

Common Uses for Image Inversion

Image inversion is widely used in various fields including medical imaging for X-ray analysis, artistic photography for creative effects, accessibility features for users with visual impairments, and graphic design for creating unique visual elements and backgrounds.

Supported Image Formats

Our image inverter supports all major image formats including JPEG, PNG, GIF, and WebP. The tool preserves the original image quality and format, ensuring your inverted images maintain their resolution and can be used across different platforms and applications.

Batch Processing Capabilities

Process multiple images simultaneously with our batch inversion feature. Upload multiple files at once, apply the same inversion settings to all images, and download them individually or as a batch. This saves time when working with large collections of images.