Instrumentation industry has seen an unprecedented good development trend. Experts analyze that the development of the instrumentation industry presents four major trends. First, high-tech products will certainly become the mainstream of the future development of instrumentation technology and industry
In the past 20 years, in the world, microelectronics technology, computer technology, precision machinery technology, sealing technology, special processing technology, integrated technology, thin-film technology, network technology, nanotechnology, laser technology, superconductivity, biotechnology and other high-tech rapid development, but also constantly Instrumentation industry has put forward higher, newer and more requirements, such as the requirement of faster response time, higher sensitivity, better stability, detection of micro-loss or even non-destructive, remote sensing telemetry telecontrol distance is more far away, the use of more convenient, cheaper, non-polluting, and so on, and at the same time also for the instrumentation science and technology and industrial development provides a strong impetus, and has become the instrumentation for further development of the material, knowledge and technical The foundation of the further development of instrumentation.
In the past ten years, including the nano-scale compact precision machinery research results, molecular level of modernization research results, genetic level of biological research results, new sensor technology and intelligent technology research results, as well as high-precision ultra-performance special functional materials research results and global network technology to promote the application of the results of the latest scientific and technological achievements of a large number of the contemporary, so that the instrumentation The field of instrumentation has undergone a fundamental change. These achievements have not only become the soil, foundation, support and power for the survival and development of modern instrumentation science and technology and its industry, but also are rapidly changing the working principle and essential characteristics of instrumentation, and make it have and have the many, new and ultra-high functions that traditional instrumentation can not involve and realize. It can be said that modern instrumentation products have become the most typical high-tech products. At present, it has not only completely broken through the traditional framework of light, machine and electricity, and rapidly developed in the direction of computerization, networking, intelligence and multi-functionality, but also, due to the large number of high-tech scientific and technological research results, interdisciplinary comprehensive design, highly sophisticated manufacturing technology and strict scientific application, is moving towards a more high-speed, more sensitive, more reliable, more simple access to the analyzed, detected, control the direction of the full range of information. Objects of the full range of information in the direction of development.
The above analysis shows that high-tech is not only the main feature of modern instrumentation, but also to revitalize the instrumentation industry is the only way, but also the new century instrumentation science and technology and its industrial development mainstream.
Two, along with the advent of fieldbus technology, process measurement and control instrumentation development process has seen a major turnaround and rare opportunity
Fieldbus technology has become a global automation technology hotspot. Fieldbus is used for field intelligent instrumentation and control room between an open, fully digital, two-way, multi-station communication system. The emergence of fieldbus, for the replacement of instrumentation, product upgrading, and the realization of further high-precision, high-performance (especially multi-parameter online real-time measurement and control and automatic measurement and control), high stability, high reliability, high adaptability, multi-functionality, low-consumption, etc., provides a huge impetus and development space.
Three, the further expansion of the application field for the continuous development of the instrumentation industry has injected new vitality and power
So far, the application of instrumentation has been very broad, and is from the analysis of chemical composition, physical testing, mechanical measurements, astronomical and geographic observation, automatic control of industrial processes, product quality measurement and control of the traditional areas of application, further to the biomedical, biological engineering, ecological environment and other non-toxic applications. Bioengineering, ecological environment and other non-traditional applications to expand. At the same time, with the new century polymer chemistry, molecular biology, life sciences, clinical medicine, pharmacy, materials science, environmental monitoring and control of high-tech and industrial development, instrumentation applications will also get more rapid expansion. The progress of modern science and technology, so that the application field of instrumentation is more and more broad, more and more in-depth. All this, undoubtedly for the further development of instrumentation provides a strong impetus, and shows a bright future.
Four, the overall development trend of instrumentation products is six high and one long and twenty
The future of the traditional instrumentation will still be towards high performance, high accuracy, high sensitivity, high stability, high feasibility, high environmental and long life of six high and one long direction. New instruments and components will be towards miniaturization (miniaturization), integration, complete sets, electronic, digital, multi-functional, intelligent, computerized, integrated automation, opto-electronic integration, specialization in the service, simplicity, family, personalized, maintenance-free, as well as the assembly of the production of automation, dust-free (or ultra-clean), specialization, scale and so on, in the direction of the development of twenty. In this twenty, the dominant, play a core or key role is the miniaturization, intelligence and networking.