In the field of medical emergency equipment, portable defibrillators are increasingly becoming critical tools for saving lives. As the core interface between the device and the user, the performance of the touch display module directly impacts the device's usability and reliability during emergencies.

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.