You've designed the perfect logo on your computer. The colors pop. Everything looks incredible. Then you get the printed samples back, and... what happened? That electric blue turned muddy. The vibrant orange looks flat. Welcome to the frustrating world of converting screen colors to print.
Here's what's going on: your monitor speaks RGB (light), but your printer speaks PMS (ink). They're not compatible languages, and there's no perfect translator. But you can get pretty close if you know what you're doing.
These two color systems solve completely different problems. RGB makes your screen glow. PMS makes sure your business cards match your letterhead three years from now.
How RGB Colors Work on Screens
Every pixel on your display contains three tiny lights—red, green, and blue. By changing how bright each light glows, your screen creates millions of different colors.
Crank all three lights to maximum? You get white. Shut them all down? Black.
That's why it's called "additive" color—you're adding different amounts of light together. Your laptop might show a fire-engine red at RGB (255, 0, 0). A seafoam green could be RGB (143, 234, 197). The numbers tell each light how bright to shine, from 0 (off) to 255 (full blast).
But here's the problem: RGB only exists as glowing light. You can't bottle it. You can't mix it into ink. When you need actual printed materials, you're trying to recreate light-based colors using physical pigments. That's where things...