Touchscreen cleaning and maintenance is critical to extending the life of your device and maintaining a good experience.

This article will start from the basic principles of the touch screen, a detailed discussion of the selection process needs to focus on several parameters to help users better choose the most suitable for their own application of the touch screen.

In a high temperature environment, the performance and life of a touch screen can be significantly affected. In this paper, we will discuss the stability of touch screen in high temperature environment and propose corresponding countermeasures.

Anti-scratch design for touch panels is important for protecting the screen, enhancing user experience and maintaining device performance. The anti-scratch design of touch panels can be effectively achieved by using high-strength materials, surface hardening, applying special coatings, and optimizing manufacturing processes.

Touch screens that are exposed to sunlight for a long period of time can be harmed by ultraviolet (UV) rays, which can cause the screen to turn yellow, become brittle, have poor touch control, and even shorten its lifespan.

The touch screen interaction revolution, the leap from single touch to multi-touch, is not only a technological upgrade, but also a reshaping of the logic of human-computer interaction. So, single-touch vs. multi-touch, which is better?

Optical bonding technology can significantly improve the display effect of the screen, making the screen more transparent and brighter.

An in-depth analysis of touch screen minimum order quantities: a dual perspective based on size and project complexity.