Future general trend of instrumentation

The extensive adoption of high-tech research results, cross-disciplinary integrated design, and high-precision manufacturing technologies have brought about fundamental changes in the field of instrumentation. As a typical high-tech product, modern instrumentation has completely broken through the traditional optical, mechanical, and electrical architectures, and has developed rapidly in the direction of computerization, networking, intelligence, and multi-functionalization. It is moving toward higher speeds, more sensitive, and more reliable. Get directions to analyze, test, and control full-scale information more easily and simply.

With the continuous development of computer technology and network communication technology, the testing instrument of the new century will be an open system concept. Scientific test instruments are gradually moving from single intelligent to universal modularization, and plug-and-play, flexible and convenient to form automatic test systems for different objects; large-scale scientific instruments that are difficult to network, and higher measurement accuracy The development of high reliability and environmental adaptability has led to an increase in the level of automation used, and generally has functions such as self-compensation, self-diagnosis, and self-fault handling. In recent years, nanometer-level precision machinery, molecular-level modern chemistry, gene-level biology, and the research results of high-precision and ultra-performance special-functional materials have made the latest developments in instrumentation and instrumentation ever deeper.

Looking at the development of instrumentation, it can be concluded that the overall development trend of instrumentation in the future is “six highs, one long and twenty,” that is, traditional instrumentation is moving towards high performance, high precision, high sensitivity, high stability, and high reliability. , high environmental protection and long life direction; and new types of instrumentation and components will be miniaturized (miniaturized), integrated, complete set, electronic, digital, multi-functional, intelligent, networked, computer Automation, integrated automation, optical-mechanical-mechanical integration; specialization, simplicity, family-oriented, personalized, maintenance-free, and automated, dust-free (or ultra-clean), professional, and scale-oriented development of services .