Domestic replacement of mass spectrometers: technological breakthroughs from project approval to core components
The key to the performance of mass spectrometer lies in its core components, and the quadrupole mass analyzer is the most important one. In the past, due to technical barriers and foreign blockade, China's development in this field has been greatly restricted. In order to break this situation, domestic scientific research teams and enterprises have devoted themselves to domestic alternative projects of mass spectrometers.
At the beginning of the project, there were many challenges. The first is the lack of technology accumulation, domestic research in related fields is relatively lagging behind, the lack of mature technology system and experience. The second is the limited funds and resources, the R & D process requires a lot of investment, including equipment purchase, personnel training and experimental verification. However, these difficulties have not stopped the pace of domestic substitution.
As one of the leading enterprises in the industry, Sanwei Boyi actively undertakes the important task of overcoming the technical problems of quadrupole quality analyzer. The research and development team studied the working theory and structural characteristics of the quadrupole mass analyzer, and gradually realized the technological breakthrough from individual components to complete components.
In terms of parts manufacturing, Sanwei Boyi adopts advanced processing technology and high-precision equipment to ensure the accuracy and quality of parts. At the same time, through the careful selection and optimization of materials, the stability and durability of parts are improved. During the assembly, the research and development team solved a series of technical problems, such as the alignment accuracy of the electrodes, the uniformity of the electric field and so on.
Through unremitting efforts, Sanwei Boyi has successfully realized the domestic replacement of quadrupole mass analyzers, which not only reduces the production cost of mass spectrometers, but also improves the competitiveness of products. This breakthrough has not only injected a strong impetus into the development of China's mass spectrometer industry, but also provided valuable experience and reference for the domestic substitution of other scientific instruments.However, the road to domestic substitution is still long, and we cannot be satisfied with the existing achievements. In the future, it is necessary to make continuous efforts in technological innovation, quality improvement and market promotion to further improve the market share of domestic mass spectrometers and provide more reliable and efficient analytical tools for China's scientific research and industrial production.
It is believed that with the joint efforts of many researchers and enterprises, China's mass spectrometer industry will usher in a more brilliant tomorrow and contribute more to the goal of becoming a powerful country in science and technology.
