The colors of my image on my monitor do not match the output from my printer. What is wrong?
First you must have an understanding of how color is produced. A monitor displays color by transmitting Red, Green and Blue (RGB) light into your eyes. A printer uses existing light to reflect Cyan, Magenta, Yellow and black (CYMK) light into your eyes. It is virtually impossible to have these two different color types (transmissive and reflective) to match perfectly. Also, due to its transmissive nature, the monitor is able to display a much wider range of colors than a reflective product, such as a piece of paper with ink on it. Secondly, most monitors are not calibrated for correct color display out of the box; they have to be calibrated to produce accurate colors. Adobe PhotoShop includes a basic monitor calibrator to do this; it is the Adobe Gamma utility. This utility is contained in the Control Panel in Windows and on the Macintosh. Also, what type of color matching system (CMS) are you using when printing your image?
First you must have an understanding of how color is produced. A monitor displays color by transmitting Red, Green and Blue (RGB) light into your eyes. A printer uses existing light to reflect Cyan, Magenta, Yellow and black (CYMK) light into your eyes. It is virtually impossible to have these two different color types (transmissive and reflective) to match perfectly. Also, due to its transmissive nature, the monitor is able to display a much wider range of colors than a reflective product, such as a piece of paper with ink on it. Second, most monitors are not calibrated for correct color display out of the box, they have to be calibrated to produce accurate colors. Adobe PhotoShop includes a basic monitor calibrator to do this; it is the Adobe Gamma utility. This utility is contained in the Control Panel in Windows and on the Macintosh. Some of the higher-end monitor calibrators use a suction cup device that sticks on the monitor and reads a range of colors displayed on the monitor. T
