With the continuous progress and innovation of science and technology, touch technology is developing in a more intelligent and immersive direction. Although the traditional capacitive touch screen has been widely used in smart devices, its two-dimensional plane operation limits the depth of user interaction experience.

Yellow light process and ultraviolet lithography (UV lithography) are two common lithography techniques, and although they have similarities, there are significant differences in application and characteristics.

With the continuous development of touch screen technology, UV Lithography has become one of the key processes in the production of modern capacitive touch screens. It plays a vital role in improving the resolution, performance and touch sensitivity of the touch screen. Uv lithography technology can not only meet the increasingly demanding market demand, but also has a decisive impact on improving

As a mature manufacturing method, the yellow light process provides important support for the production of touch screen with its stability, cost effectiveness and operability. In the production of capacitive touch screens, the yellow light process plays a vital role, especially in efficient production, precision machining and cost control.

Ceramic ink, as an important functional coating, has been widely used in the production of capacitive touch screens in recent years. It can not only improve the stability and anti-interference ability of the capacitive touch screen, but also enhance the overall durability of the touch screen, especially in high temperature and corrosive environments.

with the continuous change of the touch screen application environment and the continuous improvement of demand, how to improve the touch accuracy of capacitive touch screen, especially in complex environments and extreme operations, has become the focus of the industry.

The introduction of anti-UVSCA (anti-ultraviolet photoaging coating) technology provides an effective solution to help capacitive touch screens cope with the adverse effects of ultraviolet light on the screen surface and functional performance.

In capacitive touch screens, the optimization of signal processing algorithms is particularly important, because it not only affects the accuracy of touch detection, but also relates to the user's operating experience and the stability of the device.