AIIMS Delhi Introduces India’s First Portable Bedside MRI System for Critical Brain Imaging

India has taken a major step forward in critical-care neurodiagnostics with the deployment of the country’s first portable bedside MRI system at All India Institute of Medical Sciences. The institute has introduced the advanced Hyperfine Swoop portable MRI platform, allowing doctors to conduct brain scans directly at the patient’s bedside without shifting critically ill patients to conventional MRI suites. The development is being viewed as a major breakthrough in emergency neurological care, ICU medicine, and point-of-care imaging technology.

The portable MRI system is designed primarily for patients in intensive care units, emergency wards, trauma care, neurosurgical units, and other high-risk clinical settings where moving unstable patients for imaging can be dangerous. Traditionally, critically ill patients requiring MRI scans must be transported through hospital corridors to specialised imaging facilities — a process that can expose them to significant medical risks, especially if they are on ventilators, life-support systems, or continuous monitoring equipment.

The Hyperfine Swoop system changes this approach entirely by bringing the MRI machine directly to the patient. The compact ultra-low-field MRI device can be wheeled bedside inside ICUs and emergency rooms, enabling rapid brain imaging without interrupting critical care support systems. Doctors say this could dramatically improve response times in neurological emergencies such as stroke, traumatic brain injury, post-operative neurosurgical complications, paediatric neurological conditions, and ICU monitoring.

According to reports, the system is already operational at AIIMS Delhi’s Centre for Neurological Conditions under the leadership of Dr. Shailesh Gaikwad, Head of Neuroimaging and Interventional Neuroradiology. Clinicians at the institute believe the technology will significantly improve rapid decision-making in situations where conventional MRI access is difficult, delayed, or unsafe.

Unlike conventional MRI systems that require large dedicated rooms, powerful superconducting magnets, specialised cooling systems, and extensive infrastructure, the portable MRI operates using an ultra-low magnetic field architecture. This makes the device smaller, more mobile, and safer for bedside deployment. The system also consumes significantly less power and requires far less infrastructure compared to traditional MRI facilities.

The Hyperfine Swoop platform is also notable because it incorporates artificial intelligence-enhanced imaging technologies. The company behind the system, Hyperfine, describes the platform as the world’s first FDA-cleared AI-powered portable MRI system for brain imaging. Advanced AI-assisted image reconstruction helps compensate for the lower magnetic-field strength by improving image quality, signal processing, and diagnostic utility.

Medical experts say portable MRI technology could become transformative for developing healthcare systems where access to conventional MRI infrastructure remains limited. India faces a significant shortage of MRI availability relative to population size, especially in rural and semi-urban regions. Portable MRI systems could potentially expand access to neuroimaging in smaller hospitals, trauma centres, military medical facilities, and emergency-response environments.

The technology is already being used in several countries including the United States, Canada, the United Kingdom, Australia, and parts of Europe. AIIMS Delhi now becomes the first hospital in India to introduce bedside MRI for routine clinical use, marking an important milestone in India’s healthcare modernisation efforts.

Experts believe the deployment may also strengthen India’s research capabilities in point-of-care neurodiagnostics. AIIMS Delhi is expected to generate clinical data and research findings on the use of portable MRI systems under Indian healthcare conditions. The institution may contribute to future peer-reviewed studies involving rapid neurological assessment, emergency stroke imaging, ICU monitoring protocols, and AI-assisted diagnostic workflows.

The installation of the Hyperfine Swoop system follows regulatory approval for the technology in India and has reportedly been supported through collaboration with Radiosurgery Global, the distributor for the platform in India.

Healthcare analysts view the development as part of a broader transformation underway in medical imaging, where portability, AI integration, rapid diagnostics, and decentralised care delivery are becoming increasingly important. Portable MRI systems are expected to complement rather than replace traditional high-field MRI scanners, but they could substantially improve access and response time in critical-care environments where every minute is crucial.