In medical settings, capacitive touchscreens apply to three device types: clinical diagnosis equipment (ultrasonic diagnostic devices, endoscope monitors), patient interaction terminals (consultation screens, interactive terminals), and ICU-specific devices. Key requirements: precise interaction, anti-corrosion coating, high durability, and strong environmental adaptability.

The complex environment in the maritime field places high performance requirements on capacitive touchscreens, such as a wide temperature range (-30°C to 80°C), waterproofing (IP65/IP67), corrosion and impact vibration resistance, wide viewing angles, and anti-glare properties; the touchscreen must be sensitive, responsive (approximately 5ms), and accurate, support wet hand/glove operation, have good electromagnetic compatibility, and be easy to maintain.

Capacitive touch screens are indispensable for industrial automation equipment. Key systems such as human-machine interaction interfaces in production, central control systems for industrial control, and monitoring systems all have high requirements for the performance of touch screens. Specific performance demands include anti-glare (AG), anti-fingerprint (AF), anti-reflection (AR) coatings, glove touch capability, and fast response speed.

Capacitive touch screens are the core interactive carriers for smart homes, and their application scenarios are as follows:Whole-home smart central control screens: featuring a 7-15 inch standalone or wall-mounted design;Smart refrigerator screens;Water heater screens;Kitchen appliance screens;Washing machine operation screens;Small-sized screens (3-5 inches) such as bedroom bedside screens;Bathroom mirror-front screens;Smart door lock touch screens, and more.

Capacitive touch screens are used in industrial automation for production line control, production equipment control centers, production monitoring, and other applications. They have high requirements for product stability, durability, anti-interference capability, and touch sensitivity with gloves.