Participating in this exhibition (Embedded World) not only deepened our understanding of industry trends, but also allowed us to accumulate valuable experience and open up multiple potential customers and cooperation opportunities.

The touch screen is susceptible to electromagnetic interference in a variety of use environments. By taking effective measures, the impact of electromagnetic interference on the touch screen can be significantly reduced to ensure that it can work normally in a variety of environments.

The application prospect of the touch screen in the control system of lighting equipment is broad, and its advantages are to improve the user experience, enhance the interaction, improve the control accuracy and save space.

The cover thickness, touch sheet thickness, and total thickness of the capacitive touch screen can be customized according to customer needs to meet diverse needs in different application scenarios and improve user experience.

Especially in product design, the concept of integrated design is becoming an important trend in the development of touch screens. This design not only focuses on the coordination of the screen and the overall appearance of the device, but also improves the performance and user experience of the product.

With the rapid development of science and technology and the increasing demand for intelligence and convenience, capacitive touch screen is widely used in smart phones, tablet computers, industrial control, vehicle systems, medical equipment and various intelligent terminals with its unique advantages, which has greatly promoted the progress and innovation of communication and network technology a

HVAC system, full name Heating, Ventilation and Air Conditioning, that is, heating, ventilation and air conditioning system, is a comprehensive system with a variety of functions in one, aiming to provide people with a comfortable, healthy and safe indoor environment.

Capacitive touch technology can not only sense the occurrence of touch, but also accurately locate the position of touch points to achieve high-precision touch experience. This is critical for high-end intelligent control panels that require fine manipulation.