Capacitive touch screen that supports glove touch

PCAP Touch screens have brought convenience to a wide range of users, but do you also have a deep understanding of the trouble of frequently removing and wearing gloves when operating touch screens in the cold winter? In industrial workshops, outdoor operations, and even daily life, the "rejection reaction" of traditional PCAP Touch screens to gloves often causes headaches. Shenzhen Xinlilai Optoelectronic Technology Co., Ltd. has been deeply involved in the field of touch for many years, and has launched glove touch screen technology to solve this major problem.
 

The 'gentle breakthrough' behind technology
Ordinary capacitive screens rely on human current induction, while glove materials (especially thicker industrial gloves) can block current conduction, leading to touch failure. Our solution is to upgrade through high-sensitivity capacitor technology, combined with intelligent signal compensation algorithms, so that the screen can penetrate the glove material and "sense" finger pressure. Whether it's cotton, leather, or anti-static rubber gloves, the PCAP Touch screens can accurately recognize actions such as light touch and sliding, and the response speed is almost the same as operating with bare hands.
 

Scenario based design, making the experience more intimate
Unlike simple sensitivity enhancement, we optimize touch logic for different usage scenarios. For example, in low-temperature environments, the PCAP Touch screens will automatically reduce the probability of accidental touch; In industrial scenarios, even if gloves are wet or oily, touch control remains stable. This' adaptive 'capability stems from Xinlilai's deep insight into user needs - technology should not be cold parameters, but the temperature to solve problems.
 

As the origin factory in the field of PCAP Touch screens, we always believe that true innovation is to make technology invisible in a smooth experience. Glove touch screen is not only a screen, but also a silent bridge connecting people and devices.