Skip to content

What is LCD conditioning?

Display technology has come a long way from the boxy CRT displays we used to have back in the day. Now we have high-quality LCD, LED, and OLED panels that go as high as 8k in terms of resolution and produce colour-accurate images.

That said, modern-day display panels aren’t perfect either and sometimes require some work or calibration to get them looking their best. This article looks at LCD conditioning, what it is, what it does and everything else you need to know. 

Also read: Why are Monitor pixels flickering? 4 fixes


LCD Conditioning explained

LCD Conditioning is cycling different colours on an LCD panel to iron out any visual artefacts you might see on the screen. It restores the full functionality of your monitor and removes any image persistence problems you might be experiencing with your monitor. 

There are two ways LCD conditioning works:

  • By cycling your monitor through a series of full-screen colours.
  • Lighting all pixels in white for several hours (often used by Apple repair teams to fix displays). 

While there’s no defined method for the type of visual artefacts you might encounter on your monitor, depending on the actual panel, you might want to either pick one method or try both to see what works best. 

Also read: Nvidia GeForce RTX 3060 vs 3060 Ti


How to condition your monitor?

Some monitors might have in-built LCD conditioning features, while some may require external software. Regardless, you can even condition your monitor without any software by just making your own images and cycling them manually on the display. Alternatively, you can just play any of the hundreds of LCD conditioning videos available on YouTube.

There’s no set period of time you need to condition your monitor, as it’s supposed to be different for each display. It’s a process you run manually and stop only when you’re satisfied with the results. The conditioning time also largely depends on how severe the image retention or artefact problem you’re experiencing might be, as more artefacts will require more conditioning time to clear out. 

Also read: 720p vs 1080p vs 2k vs 4k vs 8k: Which display should you buy?

Hello There!

If you like what you read, please support our publication by sharing it with your friends, family and colleagues. We're an ad-supported publication. So, if you're running an Adblocker, we humbly request you to whitelist us.

We may earn a commission if you buy something from a link on this page. Thanks for your support.







>