Touchscreen displays in gas chromatography systems serve not merely as simple “display” and “touch” interfaces, but as the core of human-machine interaction. They directly impact the instrument's operational efficiency, data reliability, and even safety.

In modern medical, laboratory, and industrial sterilization applications, autoclaves serve as critical equipment where intelligence and reliability are paramount. As the core interface for human-machine interaction, the performance of touch display modules directly determines the ease of operation, process stability, and data security of the equipment.