Key highlights

The world's first multi-body free scanning technology
It breaks through the limitation of traditional magnetic resonance imaging that can only be performed in a supine position, enabling 0° - 90° full-angle free body position scanning. It supports various inspection postures such as standing, lying down, and tilting. It precisely restores the real physiological state of the human body under natural gravity and biomechanics, creating a new landscape for imaging diagnosis. 
Original Chinese technology: Liquid helium-free superconductivity core technology
Self-developed 100% liquid helium-free superconductivity technology, innovative integrated rigid superconducting structure, enabling the equipment to maintain uniform and stable magnetic field and precise and reliable operation during dynamic body position rotation. Outstanding imaging quality makes it a benchmark for technological breakthroughs in domestic medical equipment. 
Dynamic Imaging - Empowering Clinical Practice and Frontier Technologies
Dynamic imaging can detect hidden lesions that are difficult to identify in a supine position, providing comprehensive support for multi-system clinical diagnosis and treatment. At the same time, it deeply empowers cardiovascular dynamics research, neuro-psychiatric imaging, exploration of consciousness mechanisms, and provides real and reliable dynamic imaging data for cutting-edge interdisciplinary fields such as brain-computer interfaces, facilitating the coordinated development of life sciences and frontier technologies.

Core technology 
100% completely without liquid helium superconductivity 
100% fully liquid helium-free superconducting system. The interior of the superconducting magnet remains in a vacuum state, eliminating the need for a superconducting failure protection device and completely eliminating risks related to low temperatures; 0° - 90° wide range of body position rotation, and the magnet still operates stably.

Non-pressure vessels 
Not a pressure vessel. Its use and compliance control are more convenient. It features an integrated multi-dimensional fixed structure. It can effectively bear loads in all positions, inclining or upright, and supports various scenarios such as movement, lifting, and rotation. The magnet remains magnetized in this state. 
Rotatable magnet 
With magnetic field technology, it can achieve 0°–90° rotation. The relative position of the patient to the magnet remains constant and is only affected by gravity. It supports various body positions such as lying position, standing position, inclined position, head-down foot-up position, etc. for full-body imaging, breaking through the limitations of traditional examinations. 
Clinical application 
Return to the natural physiological state and usher in a new era of precise diagnosis for gravity-dependent diseases. 
With the core advantage of imaging the human body in its true physiological posture, it breaks through the limitation of traditional magnetic resonance imaging which can only be performed in a supine position. It can complete high-definition full-body imaging in any angle, such as supine, inclined, standing, and head-down-foot-up positions, accurately restoring the anatomical structure and functional state under the influence of gravity. 
From early disease screening, precise diagnosis, preoperative planning, intraoperative navigation, to postoperative rehabilitation assessment and efficacy follow-up, multi-position liquid-free magnetic resonance imaging provides a full-process, quantifiable, and more realistic imaging support for multiple disciplines such as orthopedics, neurology, rehabilitation, pelvic medicine, and sports medicine. It helps clinical practice achieve precise medical treatment and individualized diagnosis, improving the efficiency of diagnosis and treatment and the prognosis of patients