The "Zhu Liangyi Analytical Instrument Innovation Award" was established to commemorate Comrade Zhu Liangyi's determination to promote the development of China's analytical instrument industry, accelerate the development of analytical instrument technology in China, stimulate the innovation enthusiasm of enterprises and science and technology workers, and promote scientific and technological personnel，dedicated to the research and development, manufacturing and application of analytical instruments in China, and made due contributions to the development of analytical instruments in China.

The “Innovation Achievement Award” is a scientific and technological achievement that rewards these new technologies, new components, new products, new processes and new materials with creative and practical value. It must have strong technical, economic or social benefits. It is a technological innovation that solves key technical problems and has a significant effect on promoting the advancement of analytical instrument technology; or it has produced significant economic benefits or important social benefits.

The high-performance telemetry magnetic resonance imager is a new generation of high-standard magnetic resonance imaging analyzer developed  by Beijing Limecho Technology Co., LTD. 

This analytical device uses a variety of innovative concepts and cutting-edge materials processing techniques. Support cross-operating system and multi-terminal platform, support equipment remote control and data upload integration, compact structure, convenient operation, solve the problems of large space occupied, complex operation and high maintenance cost of existing magnetic resonance imaging analysis equipment. In addition, the instrument provides a number of high-precision multi-modal image technology with independent intellectual property rights, the results are accurate and reliable, can provide users with multi-level sample properties and structural analysis.At present, the instrument has successfully realized product serialization, and it has reached the international leading level in many key indicators. It provides accurate microstructure inspection and in-situ fluid information characterization for scientific fields such as materials, energy geology, biomedicine, agriculture, forestry, animal husbandry, archaeology and many other industrial users. This is a major breakthrough in the field of magnetic resonance analysis instruments in China in the past five years.