The high-tech of domestic instrumentation is the mainstream of the development of the instrumentation industry. 20 年来，随着微电子技术、计算机技术、精密机械技术、密封技术、特种加工技术、集成技术、薄膜技术、网络技术、纳米技术、激光技术、超导技术、生物技术等高新技术的迅猛发展，也不断地对仪器仪表行业提出了更高、更新、更多的要求，如要求产品反应速度更快、灵敏度更高、稳定性更好、检测微损甚至无损、遥感遥测遥控距离更远、使用更方便、成本更低廉、无污染等，同时也为仪器仪表科技与产业的发展提供了强大的推动力，并成为仪器仪表进一步发展的物质、知识和技术基础。 Worldwide, especially in the past 20 years, with microelectronics technology, computer technology, precision mechanical technology, sealing technology, special processing technology, integrated technology, thin film technology, network technology, nanotechnology, laser technology, superconducting technology, The rapid development of high-tech such as biotechnology has also continuously put forward higher, newer and more requirements for the instrumentation industry, such as requiring faster product response, higher sensitivity, better stability, detection of small damage or even no damage. Remote sensing, remote sensing, remote control, longer distances, more convenient use, lower cost, no pollution, etc., at the same time, it has provided a strong driving force for the development of instrument technology and industry, and has become the material, knowledge and technical basis for the further development of instruments .
In the past ten years, including the research results of nano-scale compact precision machinery, the research results of modern chemistry at the molecular level, the research results of biology at the gene level, the research results of new sensor technology and intelligent technology, and the research results of high-precision super-performance special functional materials The advent of a large number of the latest scientific and technological achievements, including the achievements in the promotion and application of global network technologies, has revolutionized the field of instrumentation . These achievements have not only become the soil, foundation, support and power for modern instrumentation technology and its industry to survive and develop, but also are rapidly changing the working principle and essential characteristics of instruments, and making them possess and own traditional instruments. Numerous, brand-new, super high-level functions cannot be involved and implemented at all. 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 optical, mechanical, and electrical frameworks, and has rapidly developed in the direction of computerization, networking, intelligence, and multi-function. Comprehensive design, high-precision manufacturing technology and strict scientific practical applications are moving towards higher speed, more sensitive, more reliable, and easier access to comprehensive information of the analyzed, detected, and controlled objects.
Relevant sources said that high-tech is not only the main feature of modern instrumentation , but also the only way to revitalize the instrumentation industry. It is also the current mainstream of the development of instrumentation technology and its industry.