The most common problem people encounter in digital imaging is 'too dark prints'.
In fact, the prints being too dark is a mis-statement of the problem - the dark prints are a result of incorrectly set up files. And those files are incorrectly set up because the tool you're using for setting up those files is not in an appropriate state for print work. The problem is in fact better stated as 'why is your monitor too bright' or 'why does your monitor make you think your images are brighter than they are'?
Modern monitors are almost all made the same way - as LED backed LCD panels. And LED lights are very powerful things - the LEDs, pumping out light is as easy as anything. Out of the box, many monitors are set to 100% brightness, and the average figure for a monitor's maximum brightness is currently around 300 cd/m2 (back in CRT days it was more like 100 cd/m2 - so modern monitors out of the box are very often three times as bright as older monitors were!).
Even if you've adjusted the brightness down a bit, a lot of monitors remain in practise set to far too high levels of brightness for print work - and some monitors, even on 0% brightness, simply can't be brought down to levels appropriate for print work. So the basic problem most people encounter is that their monitor is simply showing them an overly bright version of their image and leading them to incorrectly think their image is more bright than it is - and when you go to print (with a high quality print vendor who prints properly) - you then experience the actual reality of the correct printing of the numbers specified in your digital file, and you then get the dreaded 'too dark prints'.
Long experience shows that an appropriate level of bightness for print work is, for most folks, between 80 and 120 cd/m2. There's no exact figure we can give you because it depends on the ambient lighting in your room - if you work in a bright room, you'll find the upper end of that scale works best, if you work in a darker room, then the lower end. (We run at 90 cd/m2 here at Image Science, in our moderately lit office).
So how do you solve this problem? Well the most important step you can take if your experiencing this issue is to simply turn your monitor's brightness down substantially, until your on screen image reasonably matches the print you've got. That's the biggest and easiest thing you can do to start solving this issue. But there's so much more you can do if you want to get a great screen to print match going on - which is really fundamental to high quality printing practise.
To achieve that, you should explore proper monitor calibration, and as you go further down this path and if you want to achieve really very high levels of screen to print matching, you will inevitably find yourself looking for a better monitor, one designed specifically for colour accurate use.
We have a whole host of material on this site to help you improve your results. See below for some of the most relevant articles to get you started!
We also have recommendation pages for specific products to help you solve these problems:
If you'd really like to understand digital colour from the ground up, then you should take advantage of our (free!) guide to the Fundamentals Digital Imaging. It's a comprehensive guide to understanding everything you need to know to achieve really excellent results with digital imaging.
A complete guide to understanding the key principles and practices of:
5 comprehensive chapters designed to help you develop a ground up understanding of the fundamentals, with the goal of achieving highly accurate, beautiful prints.Introduction & Contents
Image Science have been very easy to deal with, more than happy to help someone who previously knew nothing about how any of this worked! I knew what I wanted to achieve but no idea how to make it happen but had literally a million questions that were answered for me and was guided through how to make my plan a reality. I’m very happy with the result!