A group photo of the core members of the 3T magnetic resonance system research and development project participated by Shenzhen Advanced Institute of Chinese Academy of Sciences. If the graphic workers of the Shenzhen Advanced Institute of the Chinese Academy of Sciences want to do their job well, they must first sharpen their tools. Facing people's lives and health, medical equipment, especially high-end medical equipment, is naturally one of the most important "sharp tools" for the diagnosis and treatment of major diseases, and is a strategic area urgently needed by the country. In recent years, China has attached great importance to and continued to carry out key core technology breakthroughs, promoting the localization of high-end medical equipment, and safeguarding the health of 1.4 billion people in China's strategy. So, what is the progress of innovative research and development of high-end medical technology equipment in China? What 'height' has it reached now? In a recent interview with reporters, researcher Zheng Hairong, director of the National High Performance Medical Device Innovation Center and vice president of the Chinese Academy of Sciences Shenzhen Institute of Advanced Technology (CASS), said that if high-end medical technology and equipment research and development are compared to climbing Mount Everest, China has developed rapidly in the field of advanced medical devices in recent years. On the whole, Now we have reached the position of "Everest Base Camp", but international innovation competition is becoming more intense. "Walking from the base camp to the summit, even if anyone walks an extra 100 meters, it is not easy because they are all unmanned areas, with scarce oxygen and physical strength. This is the unmanned area for technological innovation. However, the research and development of high-end medical technology equipment reflects the will of the country, and efforts need to be made in the stage above the "Everest Base". On the classic track in the field of medical devices, The classic track does not necessarily mean that it is not advanced or difficult. It is the main tool for medical clinical practice and a typical high-end manufacturing. The classic track equipment is urgently needed in clinical and industrial reality, and the technology system is cutting-edge and complex, and it is still in a vigorous stage of continuous innovation. It is also difficult to fully control and achieve leadership. For example, for the classic high-end imaging track, overall, Chinese research institutions and leading enterprises have also After arriving at the 'Everest Base Camp', our technological reserves and innovation have shown considerable strength. On the emerging track in the field of medical devices, including emerging inclusive and precision medical technology equipment based on new materials, new devices, molecular biology, quantum technology, and data intelligence, the research and development of new generation medical devices in these high-precision and cutting-edge new tracks, the earlier they have the opportunity, and also rely on interdisciplinary innovation capabilities, In this regard, China has always been running, emphasizing the forward-looking layout of unmanned areas, not only consolidating the old track, but also laying out new tracks, "Zheng Hairong revealed. Significant breakthroughs have been made in the localization of high-end medical equipment. In recent years, the Shenzhen Advanced Hospital of the Chinese Academy of Sciences has become an important force in promoting the localization of high-end medical equipment. In 2007, Fan Jianping, president of the Shenzhen Advanced Institute of the Chinese Academy of Sciences, began to lay out Biomedical engineering and medical devices when building the second research institute of the Institute. At present, the Biomedical and Health Engineering Research Institute (IMIE) of Shenzhen Advanced Academy of Sciences is one of the larger forces in the field of biomedical and health engineering at the Chinese Academy of Sciences. It is committed to the research and development of high-resolution multimodal high-end medical imaging technology and equipment, the development of innovative medical devices such as medical robots, and the integration of low-cost health and rehabilitation engineering technology. The institute currently has 7 units