Since their inception in 1965, capacitive displays (capacitive touchscreens) have evolved from laboratory research to widespread global application. With the rise of multi-touch technology, the widespread adoption of smartphones, and the advancement of industrial automation, capacitive touchscreens have become a vital medium for modern human-computer interaction. Today, they are widely used in consumer electronics, industrial control, medical devices, in-vehicle displays, smart homes, and new energy sectors. The technology continues to innovate toward larger sizes, higher sensitivity, greater reliability, and smarter interaction, providing a more efficient and convenient touch experience for the digital age.

As the 2026 World Cup heats up, global audiences are not only captivated by the thrilling matches on the field but are also witnessing the rapid development of smart sports venues and digital event operations. From smart ticket checking and self-service kiosks to the VAR (Video Assistant Referee) system, as well as event information dissemination and fan engagement experiences, capacitive touchscreens have become an indispensable part of modern World Cup venues, providing solid technological support for the efficient operation of the event and an enhanced spectator experience.

With the global new energy vehicle industry continuing to grow at a rapid pace, the development of charging infrastructure is entering a new phase of rapid expansion. As a vital component of the new energy vehicle ecosystem, charging points are constantly evolving towards greater intelligence, digitalisation and high reliability; meanwhile, industrial-grade capacitive touchscreen modules—as the core of human-machine interaction in charging equipment—are also seeing vast opportunities for development.