China's future performance of instrument products will continue to improve

Nowadays, the trends in the development of instrumentation and measurement control are: the stability, reliability, and adaptability requirements of the product are continuously increasing; the technical indicators and functions are continuously improving; the new scientific research results are used first; high-tech is used in large quantities; The miniaturization and intelligentization of measurement and control units are becoming more and more obvious; the instruments and measurement and control units are required to be used independently, embedded, and networked; the measurement and control scope of the instrument is extended to three-dimensional and global; the measurement and control functions are systematic and networked; portable A large number of hand-held and even personalized instruments have been developed.

The technical features are: integrating various new technologies, based on the research of related types of sensors, components, materials, and technologies of instrumentation, innovating the development of new weak signal sensitivity, sensing, detection, and fusion technologies. Atomic and molecular level detection Technology, combined analysis of complex sample composition technology, life science in situ, in place, real-time, online, high-sensitivity, high-throughput, high-selectivity glass tube level gauge detection technology, create all kinds of new detection instrumentation; Combining the development of system theory and cybernetics, based on the development of on-line analysis and control of industrial automation measurement and control, in-situ analysis and control, high reliability, high performance, and high adaptability, innovative development of industrial automation instrumentation and control systems Combining the development of life sciences and human sciences, we will develop medical instruments based on the development of health monitoring, early diagnosis and treatment, non-destructive diagnosis, non-invasive and low-invasive diagnosis and treatment, and precise positioning of treatment techniques in medical treatment; Development of various application fields, development of various special, fast, automated detection and measurement Surgery and special instrumentation.

The trends in the development of instrumentation and measurement control today are: the requirements for stability, reliability, and adaptability of products have been continuously improved; the technical indicators and functions have been continuously improved; the new scientific research results have been adopted first; the high and new technologies have been adopted in large quantities; Micro-miniaturization and intelligentization of measurement and control units are becoming more and more obvious; instruments and measurement and control units are required to be used independently, and embedded remote magnetic level gauges are used and networked; instrument measurement and control range is extended to three-dimensional and global; measurement and control functions are systematic, The development of the network; a large number of portable, handheld and even personalized instruments.

Automation instrumentation and control systems and scientific instruments occupy half of the total instrumentation and measurement control in both the output value and the market, and are the two pillars of instrumentation and measurement control systems. Due to limited speaking time, let us focus our attention on the future development of these two types of instruments.