In recent years, many electronics devices have developed towards a portable and lightweight product. This may create an opportunity for the user when using an imaging device in a high-vibration environment. Watching a vibration screen can cause visual fatigue, decrease in identification, decline in search performance, and other issues. This study proposes a visual adaptation process for display device, where the vibration amplitude is divided into high and low vibrations. A systematic analysis was introduced to analyze the category for the amplitude. As a result, an image compensation method is suggested for low-vibration and reposition the reference origin for high-vibration. A total of 30 subjects were invited on a simulated vibration platform for model validation experiment. By comparing the vibration results in compensating mode and those without based from the four indicators, namely subjective visual fatigue questionnaire (psychological), critical fusion frequency (physiological), reading performance (objective), and subjective opinion, a refined visual adaptation approach is proposed.