Instrumentation products become the mainstream of future high-tech development

The high technology of instrumentation products will surely become the mainstream of instrumentation technology and industry development in the future.

This background and situation have continuously raised higher, newer and more requirements for instrumentation, such as faster speed, higher sensitivity, better stability, fewer sample volumes, and minimal loss or loss of detection. Telemetering and remote control are more distant, more convenient to use, cheaper, and less polluting. It also provides a powerful impetus for the development of instrumentation technology and industry, and has become the basis for the further development of instrumentation and materials, knowledge and technology. In the past 20 years, high and new technologies such as microelectronics technology, computer technology, precision machinery technology, high sealing technology, special processing technology, integration technology, thin film technology, network technology, nanotechnology, laser technology, superconductivity technology, and biotechnology have gained rapid development. development of.

At present, it not only has completely broken through the traditional framework of light, machine and electricity, but also has developed rapidly in the direction of computerization, networking, intelligence, and multi-functionalization. Moreover, it has adopted a large number of research achievements in high-tech science and technology, interdisciplinary The comprehensive design, high-precision manufacturing technology and practical application of strict science have made it leapfrogging toward higher-speed, more sensitive, more reliable, and simpler access to the full range of information analyzed, detected, and controlled. . It can be seen from the above analysis that high-tech is not only the main feature of modern instrumentation, but also the only way to revitalize the instrument industry, and it is also the mainstream of instrumentation and its industry development in the new century. In particular, it is necessary to point out that in the past 10 years, due to the nano-scale research in precision machinery, the achievements of modern chemistry at the molecular level, the results of biological research at the gene level, the research results of new sensor technologies and intelligent technologies, and high-precision ultra A large number of contemporary scientific and technological achievements, including the research of performance special functional materials and the promotion and application of global network technologies, have brought about fundamental changes in the field of instrumentation. These new results have not only become modern instrumentation and Its industry depends on the soil, foundation, support and power for its survival and development. It is also rapidly changing the working principle and essential characteristics of the instrumentation and making it possess and possess many traditional and instrumental instruments that cannot be realized and realized. High function. It can be said that modern instrumentation products have become the most typical high-tech products.

With the advent of fieldbus, the development process of process measurement and control instrumentation has undergone a major turning point and a rare opportunity. It is the result of the actual needs of the vast number of users and technological competition among manufacturers, but also the computer technology, communication technology and control technology in the field of industrial control The combined product. The emergence of fieldbus is the upgrading of instrumentation, product upgrades, and the realization of further high-precision, high-performance (especially multi-parameter on-line real-time monitoring and automatic measurement and control), high stability, high reliability, high adaptability, multi-function, Low consumption provides tremendous power and room for development. At present, fieldbus has become a hot spot in global automation technology. Fieldbus is a development, all-digital, two-way, multi-station communication system for on-site intelligent instrument and control room.

At the same time, with the development of high-tech and industry such as macromolecular chemistry, molecular biology, life sciences, clinical medicine, pharmacy, materials, and environmental monitoring and control in the new century, the application fields of instrumentation will also be more rapidly expanded. For example, at the International Conference on Chemical and Applied Spectroscopy held in Pittsburgh last year, the concept of "comprehensive morphology analysis" of human body was proposed, and it was hoped that the image of human components and their chemical components could be directly observed and developed. Instrumentation system. It can be said that the advancement of modern science and technology has made the application fields of instrumentation more and more extensive and in-depth. All this has undoubtedly provided another powerful driving force for the further development of instrumentation and demonstrated a bright future. The application field, especially the further expansion of non-traditional application fields, has injected new vitality and new impetus into the continuous development of the instrumentation industry. Looking back at the development process of the instrumentation industry, it can be clearly seen that today, the scope of application of instrumentation has covered all areas of human activity, and is now from the traditional chemical composition analysis, physical detection, mechanical measurement, astronomy and geography Observing, industrial production process automation, product quality measurement and control, and other traditional applications, further expand into non-traditional applications such as biomedicine, bio-engineering, and eco-environment.