Spin MRI
World's First • Multi-Position Helium-Free MRI
Restore Natural Physiology • Dynamic Functional Imaging
World’s First Multi‑Position Helium‑Free 1.5T MRI
Boasting three core strengths: full-angle free positioning, helium-free superconductivity and dynamic physiological imaging, it revolutionizes conventional supine scanning and supports multi-posture imaging in recumbent, upright and tilted positions to capture images reflecting the body’s real physiological conditions.
Core Highlights
World's First Multi‑Position Free Scanning
Breaking the traditional limitation of MRI exclusive supine scanning, it enables full-angle free positioning scanning from 0° to 90°, supporting arbitrary postures including standing, supine and tilted positions. It accurately restores the real physiological state of the human body under natural gravity and biomechanics, pioneering a brand-new landscape of imaging diagnosis.
China Original Helium-Free Superconducting Core Technology
Featuring self-developed 100% helium-free superconducting technology and an innovative integrated rigid superconducting structure, the system maintains uniform and stable magnetic fields as well as precise and reliable operation during dynamic position rotation. Delivering outstanding imaging quality, it sets a benchmark for technological breakthroughs in domestic medical equipment.
Dynamic Imaging · Empowering Clinical Practice and Cutting-Edge Technology
Dynamic imaging detects hidden lesions that are hardly identifiable through conventional supine scanning, fully supporting multi-system clinical diagnosis and treatment. It further empowers in-depth research on cardiovascular dynamics, neuropsychiatric imaging and consciousness mechanism exploration. Additionally, it provides authentic and reliable dynamic imaging data for cutting-edge interdisciplinary fields such as brain-computer interfaces, boosting the collaborative development of life sciences and frontier technologies.
Core Technologies
100% Liquid Helium-Free
100% Helium-Free Superconducting System. The superconducting magnet maintains an internal vacuum with no quench tube required, completely eliminating all cryogenic-related risks. It supports wide-range positional rotation from 0° to 90° while keeping the magnet operating stably.
Non-Pressure Vessel
Not classified as a pressure vessel, it features simpler operation and compliance management. Its integrated multi-dimensional fixing structure enables effective load bearing in all postures including tilting and vertical positions. The magnet can be moved, lifted and rotated while energized, supporting diverse application scenarios.
Rotatable Magnet
Capable of 0°–90° rotation under energized state. The patient stays stationary relative to the magnet, subject only to gravity. It allows full-body imaging in all postures such as supine, upright, tilted and Trendelenburg positions, overcoming the drawbacks of traditional scanning.
Clinical Applications
Restore natural physiological conditions and pioneer a new era for accurate diagnosis of gravity-related disorders.
Differing from traditional MRI limited to supine scans, it captures high-resolution full-body images in all postures. It faithfully presents anatomy and bodily functions under gravity.
This liquid-helium-free multi-position MRI serves the full clinical workflow from screening, diagnosis and surgical planning to intra-op navigation, post-op assessment and follow-up. It empowers multiple medical disciplines with quantifiable, authentic imaging data, advancing personalized precision care and optimizing treatment outcomes.
Multi-position Imaging vs. X-ray Whole Spine Imaging
Neck
Abdomen
Scientific Research
It faithfully restores human physiology and dynamic functions across different gravitational postures, and quantitatively detects physiological variations from positional shifts, breaking new ground in the research of gravity-dependent physiology and pathology.
Powered by superior technology, it expands research boundaries and fuels multi-disciplinary medical innovation:
Brain Science & Neurofluid Dynamics Research
Spinal & Musculoskeletal Biomechanics Research
Pelvic Floor & Visceral Functional Dynamics Research
Respiratory & Circulatory Physiological Mechanism Research
Interdisciplinary Research & Achievement Transformation and Application