With the rapid development of science and technology, the mode of transportation is undergoing unprecedented changes. The traditional mode of transportation has been unable to meet the needs of modern society in many aspects, and the connected transportation as a new mode of transportation, with its efficiency, convenience, environmental protection and other characteristics, is gradually becoming

The thick glass cover has high strength and durability to resist external shocks and pressures and provide better protection.

In the future, with the continuous progress of biotechnology and the continuous expansion of application fields, the application of touch screen in PCR instrument will be more and more extensive.

The application of touch screen on centrifuge can improve the convenience, accuracy and safety of operation, and at the same time promote the intelligent and digital development of centrifuge.

With the rapid development of technology, capacitive touch screens have become an indispensable part of modern life. In the field of connected transportation, the application of capacitive touch screens has brought revolutionary changes. It not only simplifies operations and increases efficiency, but also provides a more intelligent and convenient travel experience for passengers and drivers.

First of all, touch screen technology is intuitive and easy to use. Through the intuitive graphical interface, users can easily control the drone to achieve a variety of flight actions and functions. Compared with the traditional remote control, the touch screen provides a more intuitive and concise operation interface, reducing the user's learning cost and improving the convenience of operation.

Capacitive touch technology uses the electrostatic field of the human body to interact with the induction matrix of the touch screen, and determines the position of the touch point by measuring the change of the capacitance. Compared with traditional resistive touch screens, capacitive touch screens have the following features:

Touch screen technology has a wide application prospect in agricultural robots because of its intuitive, easy to use and high efficiency. First of all, the touch screen can provide an intuitive operating interface, so that users can quickly and accurately control the agricultural robot. Through the intuitive graphical interface, users can easily set parameters, select functions and perform real-ti