The application of new energy technologies has become more and more extensive, such as electric vehicles, solar and wind energy, water energy and so on. With the development of national strategies and the increasing demand for new energy in the market, equipment performance and facility safety testing have become important concerns in the process of new energy development and utilization.

With the development of industrial automation and intelligence, the development of robots is particularly eye-catching. At present, robots have developed and implemented rich project applications in many fields such as handling, machining, production line assembly, welding, painting and rehabilitation. The basis for robots to replace manual precision operations is a complete and accurate sensor control system.

my country's medical device and pharmaceutical industry has grown rapidly from small to large, and has now become a sunrise industry with relatively complete product categories, continuously enhanced innovation capabilities, and very strong market demand. Especially in recent years, the medical device industry has continued to develop automation, improve production level and accuracy, especially pharmaceutical companies, on the premise of ensuring production safety, reliability and consistency, must improve and maintain a high level of automation.

The continuous development of the modernization of agriculture and animal husbandry has always been one of the important symbols of my country's economic development. A large part of the modernization and intelligence of agriculture and animal husbandry is to select appropriate measurement and control sensors (such as force measurement, weighing, pressure, temperature, displacement and other sensors) to complete the collection, processing and command sending of various data.

Resistance strain gauges and strain force sensors have been widely used in the measurement of mechanical parameters in civil engineering in my country, and resistance strain sensors have also developed rapidly in construction machinery. It has a wide range of applications in geotechnical engineering of building materials, engineering structures, construction machinery, construction technology, and engineering physics.

Ruiert has long cooperated with military units, universities and research institutes. It provides systematic solutions for the research and development, design and testing of products and equipment.