Touchscreen hardness testing is a critical step in ensuring durability and reliability, and it is especially important to conduct this test before shipment.

The interface definition of a capacitive touch screen typically depends on its communication protocol and specific model. Common interface types include I2C, SPI, USB, and UART.

By adopting the correct cleaning methods, preventing scratches and moisture damage, avoiding impacts and prolonged continuous use, and ensuring proper use, regular inspections, and maintenance, we can effectively extend the service life of touch panels and maintain them in optimal condition.

When selecting a capacitive touch screen, you should first clarify your usage requirements and consider your budget. You should then comprehensively evaluate various factors such as resolution, refresh rate, touch performance, and durability.

The viewing angle of a touch screen refers to the range within which the observer can clearly see the content displayed on the screen from different angles.

The core value of touch screens in ordering machines is to simplify the operation process and reduce operational complexity.

Due to the sensitivity of the capacitive sensing principle, capacitive touch screen can accurately detect even the slightest movement of a finger or other conductor on the screen. This high precision and sensitivity make capacitive touch screen ideal for applications requiring precise operation, such as marine equipment.

The waterproof and corrosion-resistant capabilities of touchscreen displays directly affect equipment reliability, user experience, and life cycle costs.