I. Focus of the China International Import Expo: Globally-debuted technologies accelerate their implementation in China.
At the 8th China International Import Expo, magnetic resonance technology emerged as one of the key highlights in the healthcare sector. Fosun Pharma showcased “Marie,” the world’s first upright particle therapy system, which is compatible with a variety of cutting-edge radiotherapy techniques, including proton, heavy-ion, and FLASH therapies. By adopting an upright treatment posture, this system significantly enhances the precision of radiation therapy for tumors in areas such as the lungs and breasts, marking a crucial step toward shifting cancer treatment from mere “therapy” to “cure.” In addition, GE Healthcare unveiled the world’s first liquid-helium-free MRI scanner, the MAGNETOM Flow. Its DryCool dry magnet technology breaks away from reliance on liquid helium, enabling green and low-carbon operations. The scanner is now in mass production at GE’s Shenzhen facility in China and is also driving the development of the “Expert Consensus on Liquid-Helium-Free MRI Technology,” providing a foundation for industry standardization.

United Imaging Healthcare showcased the world’s first whole-body clinical ultra-high-field 5T MRI system, the uMR Jupiter, bringing an end to the more than 20-year reign of 3.0T as the highest field strength used in whole-body clinical applications. This system delivers performance in neurological imaging that rivals that of higher-field-strength equipment, providing more precise diagnostic support for conditions such as cerebral small vessel disease and degenerative disorders. It has now been put into use at several top-tier Grade III hospitals across China.

II. Breakthroughs in Clinical Applications: From Neuroscience to Precise Early Screening
The application of magnetic resonance technology in the field of neuroscience continues to deepen. The Shanghai International Medical Center has successfully treated over a thousand patients with Parkinson’s disease using the “Magnetic Wave Knife” (a magnetic resonance-guided focused ultrasound system). Among them, a 62-year-old female patient experienced significant improvements in tremor and rigidity after treatment, leading to a substantial enhancement in her quality of life. This technology enables millimeter-level modulation of deep brain tissue in a non-invasive manner, making it one of the preferred treatment options for movement disorders such as essential tremor and Parkinson’s disease.

In the field of precise early screening, Ruici Medical and GE Healthcare have jointly launched China’s first comprehensive, high-end health checkup program featuring full-coverage MRI. Leveraging cardiac magnetic resonance coronary angiography (MRCA) and IDEAL-IQ fat quantification technology, this program enables non-invasive, precise screening for cardiovascular diseases and fatty liver. This solution fills a gap in the domestic market and is expected to capture a multi-billion-dollar early-screening market.

3. Technological Ecosystem Collaboration: AI and Low-Field MRI Expand the Boundaries
The integration of AI and MRI has become a new industry trend. United Imaging Intelligence has launched "Yuanzhi," a large-scale medical AI model trained on tens of millions of imaging datasets, capable of supporting 300 different imaging processing tasks with an accuracy rate exceeding 95% in the diagnosis of complex lesions. Meanwhile, Inspur Group, in collaboration with the Hong Kong Institute for Innovation of the Chinese Academy of Sciences, has introduced the "Neurosurgery Full-Cycle MRI Collaborative System," which integrates AI algorithms, robot-assisted technologies, and digital twin techniques to provide a comprehensive solution spanning from screening to rehabilitation—and is now being expanded to other clinical settings such as spinal surgery.

Breakthroughs have also been made in low-field MRI technology. Jiangsu Magis Frequency Instruments has launched China’s first specialized low-field MRI device, which, combined with an “AI-powered operational platform,” addresses the challenge of insufficient primary-care medical resources through a “grassroots scanning, cloud-based empowerment” model. This platform has already been piloted in Shandong, Jiangsu, and other regions, helping to bring high-quality medical resources down to the grassroots level.

IV. Safety and Standards: Industry Norms Accelerate Improvement
In July 2025, a rare structural rupture occurred in a 3.0T MRI scanner at a hospital in Shanxi Province, prompting the industry to re-examine equipment safety standards. Immediately afterward, the National Medical Products Administration issued 15 industry standards for medical devices, covering manufacturing, maintenance, and clinical application guidelines for MRI equipment. Meanwhile, the "Expert Consensus on Liquid Helium-Free MRI Technology" has been launched, aiming to establish an indicator framework for green transformation in both production and clinical applications, thereby driving high-quality development of the industry.

V. International Cooperation and Exhibitions: Technology Exchange Drives Innovation
In November 2025, the 9th Magnetic Resonance Network Conference (iCMR 2025) will be held online, focusing on cutting-edge advancements in nuclear magnetic resonance (NMR), electron paramagnetic resonance (EPR), and magnetic resonance imaging (MRI). Concurrently, Bruker will host a “Workshop on NMR Technology for Pharmaceutical Applications” in Suzhou, exploring the analytical characterization needs of novel drug modalities such as TIDES and promoting the deeper integration of NMR technology into the pharmaceutical industry.