Screen burn-in remains a significant concern for arcade machine owners and operators, particularly with classic CRT displays. This persistent image retention occurs when static elements like score counters and life indicators become permanently etched into the phosphor coating. The most common prevention method involves implementing screen savers or attract modes that activate during periods of inactivity. These dynamic sequences feature moving graphics and animations that prevent any single image from remaining stationary too long.

Regularly rotating game boards represents another effective strategy, as different games distribute image persistence across varying areas of the screen. For dedicated single-game cabinets, operators should adjust brightness and contrast settings to moderate levels rather than maximum intensity. Modern solutions include installing LCD replacements with built-in burn-in protection technology, though purists argue this compromises authentic gameplay visual quality.

Technical approaches involve using automatic pixel shifting programs that subtly move the entire display periodically. Some operators employ global screen dimming features that reduce overall intensity during extended static periods. Proper maintenance including regular degaussing to neutralize magnetic fields that contribute to burn-in remains essential. Environmental factors also play a role—controlling arcade room temperature and humidity helps maintain phosphor layer integrity. For valuable vintage machines, implementing scheduled power-down periods gives the phosphors necessary recovery time between operating sessions.