Swoop Portable MR Imaging

by Hyperfine  · Based in United States → — Diagnostic Images When and Where You Need Them
Emergency Medicine Neurology Radiology
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Regulatory Status Disclosed

Overview

The Hyperfine Swoop Portable MR Imaging system is a groundbreaking, AI-powered, ultra-low-field (0.064T) magnetic resonance imaging (MRI) device designed for point-of-care brain imaging. It aims to make MRI more accessible by bringing diagnostic-quality imaging directly to the patient’s bedside, eliminating the need for complex patient transport to traditional MRI suites.

The system is controlled via a wireless tablet, such as an Apple iPad Pro®, and plugs into a standard electrical wall outlet, ready to scan in minutes. Its unique design incorporates built-in noise cancellation technology, allowing it to operate safely and effectively in typical hospital environments without requiring a dedicated shielded room.

Swoop enhances patient comfort with its open design and quieter operation, reducing anxiety and allowing family and caregivers to remain by the patient’s side during scans. Unlike other imaging techniques, it does not subject patients to ionizing radiation.

Powered by Optive AI™ software, the system delivers advanced, AI-driven image reconstruction to produce clearer images with enhanced clarity and consistency, supporting confident diagnoses at the point of care. It offers various imaging sequences, including T1, T2, FLAIR, and DWI (with ADC map).

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

  • AI-powered Optive AIu2122 software for enhanced image quality and reconstruction
  • Portable, ultra-low-field (0.064T) MRI system
  • Bedside imaging capability
  • Controlled via a wireless tablet (Apple iPad Prou00ae included)
  • No dedicated shielded room required due to built-in radiofrequency noise cancellation
  • Fast scan times, delivering images in minutes
  • Non-ionizing radiation for patient safety
  • Open design for enhanced patient comfort and reduced anxiety
  • Multiple imaging sequences: T1, T2, FLAIR, and DWI (with ADC map)
  • DICOM image export to local PACS or Hyperfine Image Viewer

Use Cases

  • General brain imaging for patients of all ages
  • Stroke detection, assessment, and monitoring
  • Neurocritical care in ICUs and emergency departments
  • Hydrocephalus assessment and follow-up
  • Identification of intracerebral hemorrhage
  • Dementia screening and Alzheimer's drug therapy monitoring

What Physicians Need to Know

Stroke Detection Speed
Brain tissue images are delivered within 15 minutes. The next-generation Swoop system has reduced scan times by approximately 30%, enabling faster diagnosis and treatment planning in urgent situations.
Brain MRI Analysis
The Swoop system provides diagnostic-quality MRI images utilizing AI-powered image reconstruction (Optive AIu2122 software) to enhance clarity, consistency, and anatomical detail by reducing noise and blur. It offers T1, T2, FLAIR, and DWI (with ADC map) sequences. Deep learning image analysis software measures brain structure and pathology, aiding in the assessment of acute neurological changes, follow-up of ischemic or hemorrhagic strokes, and differentiation of stroke versus stroke mimics.
Neurodegenerative Disease Screening
The Swoop system is being explored for dementia screening and Alzheimer's drug therapy monitoring. It achieved 100% sensitivity in detecting mild to moderate ARIA-E (amyloid-related imaging abnormalities - edema) in Alzheimer's patients undergoing Lecanemab therapy, addressing barriers to conventional MRI access.
Triage Prioritization Speed
The portable nature of the Swoop system allows for bedside brain imaging, supporting quicker triage, faster decisions, and more efficient treatment planning in emergency departments by eliminating the need for patient transport and reducing wait times.
Mobile Notification System
The Swoop system is controlled by an intuitive wireless tablet, such as an Apple iPadu00ae, facilitating ease of operation and immediate image viewing at the point of care.
Physician Tip

The Swoop Portable MR Imaging system offers significant advantages for critically ill or unstable patients who cannot be safely transported to a conventional MRI. Its portability enables bedside imaging, reducing transport risks and delays, and providing diagnostic-quality images for timely clinical decisions. The AI-powered image reconstruction enhances image clarity and detail, supporting confident diagnoses. It can be operated by trained healthcare professionals with minimal training and serves as a radiation-free alternative to CT, especially beneficial for repeat imaging. The system is versatile for use in various settings including ICUs, EDs, neurology clinics, and resource-limited environments. It is also valuable for monitoring amyloid-related imaging abnormalities (ARIA) in Alzheimer's patients.

The Swoop system integrates AI-powered image reconstruction (Optive AIu2122 software) and deep learning image analysis software directly within the system to enhance image quality and pathology assessment. It is operated via an Apple iPadu00ae, providing a mobile interface for control and image review. The system is designed to integrate into existing stroke diagnosis and treatment workflows and does not require dedicated RF shielding due to its built-in noise cancellation technology, allowing deployment in typical hospital environments. Billing for Swoop system scans utilizes standard MRI brain CPT codes (e.g., CPT 70551).

Details

Category Neurology AI, Radiology & Imaging AI
Pricing Contact for pricing
  • Available for purchase or lease; monthly or annual subscription basis, including hardware costs, service, software, and device delivery
DeploymentOn-premise (portable medical device)
Compliance
BAA Available Yes AI-estimated
HIPAA CompliantUnknown AI-estimated
FDA Status Yes AI-estimated

The Swoop system received its initial U.S. FDA 510(k) clearance in February 2020 for brain imaging of patients aged two years and older (K192002). Subsequent clearances include K223247 (December 2022) for improved DWI image quality, expanded field of view for T1, T2, and FLAIR sequences, and retrained advanced reconstruction models.
Integrations
EHR Not specified
Specialties Emergency Medicine, Neurology, Radiology

What the Web Says

Swoop Portable MR Imaging by Hyperfine is generally viewed as an innovative and potentially disruptive technology, offering MRI capabilities at the point of care. Reviewers highlight its portability and lower cost as significant advantages, making MRI more accessible in various clinical settings, especially for patients who cannot be transported to traditional MRI suites. However, its lower field strength and image quality compared to conventional MRI systems are frequently mentioned limitations.

Overall: Mixed

Strengths

  • Portability and compact design, allowing use at the bedside or in remote locations.
  • Lower cost compared to traditional MRI systems, increasing accessibility.
  • Ease of use and faster setup times, potentially reducing patient wait times.
  • Ability to image patients who are too unstable or large for conventional MRI.
  • Reduced infrastructure requirements (no shielded room needed).
  • Potential for use in non-traditional settings like ICUs, ERs, and ambulances.

Limitations

  • Lower magnetic field strength (0.064T) results in lower image resolution and signal-to-noise ratio.
  • Limited diagnostic capabilities for certain complex pathologies compared to high-field MRI.
  • Longer scan times for some sequences compared to conventional MRI.
  • Learning curve for interpreting images from a low-field system.
  • Potential for motion artifacts due to longer scan times and patient movement.
  • Currently limited to specific anatomical regions (e.g., brain, extremities).

Based on reviews from: Hyperfine.io (product information), Reddit (various medical subreddits), G2 (no direct reviews found for Swoop, general medical imaging trends), Capterra (no direct reviews found for Swoop, general medical imaging trends), Healthcare IT News, Medgadget, Radiology Today, Journal of Neuroimaging (clinical studies)

Last updated: 2026-07-22

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Press & Coverage

Medical Device Network
Hyperfine launches next-generation Swoop MRI system in Europe - Medical Device Network
Hyperfine has commercially launched its next-generation Swoop portable MRI system (Model 2) in select European markets, following CE mark and UKCA approval. The system features improved image quality, workflow efficiency, and clinical capabilities, and is included in the Union of Hospitals for Procurement (UniHA) listing in France.
2026-07
Medical Product Outsourcing
India Begins Using Hyperfine Swoop System for Bedside Brain Imaging
The All India Institute of Medical Sciences (AIIMS), New Delhi, has started using Hyperfine Inc.'s Swoop portable MRI system for bedside brain imaging in routine clinical care. This deployment, in collaboration with Radiosurgery Global Ltd., marks the beginning of broader adoption across India.
2026-07
PubMed (American Journal of Neuroradiology)
Clinical Use of the Swoop Portable MR Imaging System - PubMed
A video article provides an overview of the Swoop Portable MR Imaging System, highlighting its utility as an adjunct to high-field MRI for critically ill patients by avoiding transport risks and allowing diagnostic MRI for patients with medical devices. The study is based on extensive clinical experience with over 500 patients.
2025-10
Hyperfine, Inc. (Press Release)
Hyperfine Announces First Commercial Sales of Next-Gen Portable MRI System
Hyperfine announced the first commercial sales of its next-generation Swoop system to two pioneering hospitals in the northeast U.S. These hospitals plan to utilize the AI-powered portable MRI system in their intensive care units and emergency departments.
2025-07
AuntMinnie
Hyperfine, MUSC to use Swoop MR system on astronauts | AuntMinnie
Hyperfine is collaborating with the Medical University of South Carolina (MUSC) to use the Swoop Portable MR Imaging system to assess astronauts' brains before and after the Polaris Dawn mission, aiming to study intracranial volume changes following spaceflight.
2024-09
Applied Radiology
Study Shows Value of Portable MRI to Quickly Assess Stroke Patients - Applied Radiology
A multi-site observational study, including data from the ACTION PMR study, demonstrates the value of the Swoop Portable MR Imaging System in quickly assessing stroke patients and guiding treatment decisions. The study, to be published in Annals of Neurology, included 71 patients and showed encouraging results for characterizing acute stroke.
2024-07
BioSpace
Hyperfine Swoopu00ae Portable MR Imagingu00ae System Utilized in Multicenter SAFE MRI ECMO Study Published in the September 29th Issue of Circulation - BioSpace
Hyperfine announced that its Swoop Portable MR Imaging System was utilized in a multicenter SAFE MRI ECMO study, published in Circulation, highlighting its value in providing bedside neuroimaging for patients on extracorporeal membrane oxygenation support.
2024-10
Hyperfine, Inc. (Press Release)
Swoopu00ae Portable MR Imagingu00ae System Receives CE Marking - Hyperfine, Inc.
Hyperfine announced that its Swoop Portable MR Imaging System received CE Marking, demonstrating compliance with EU safety and performance requirements and opening opportunities for future expansion into the European Economic Area.
2023-02

Videos

Product demos, reviews, and walkthroughs for Swoop Portable MR Imaging.

View all on YouTube

Frequently Asked Questions

The Swoop system leverages AI, particularly through its Optive AIu2122 software, to significantly improve image quality by reducing noise and blur, enhancing clarity and consistency in ultra-low-field MRI scans. This AI integration also streamlines the imaging workflow, assisting with real-time patient positioning and accelerating image acquisition and post-processing, thereby enabling quicker diagnostic insights at the point of care.
The Swoop system, including its Advanced AI Applications and Optive AIu2122 software, has received FDA 510(k) clearance for brain and head imaging across all patient ages, alongside CE certification in Europe and UKCA certification in the UK. While specific details on data privacy protocols were not explicitly detailed, medical devices with such clearances are generally expected to adhere to stringent healthcare data protection regulations like HIPAA.
The Swoop system, operating at an ultra-low field strength (0.064T), utilizes AI to achieve diagnostic-quality images, though its resolution is generally about half that of conventional high-field MRIs. It serves as a valuable complementary tool for scenarios where traditional MRI is impractical, such as bedside imaging in ICUs, emergency rooms, or neurology offices, especially for urgent brain imaging, stroke detection, or for patients unable to be transported.
Despite its AI enhancements for image quality, the Swoop system's ultra-low field strength inherently results in lower resolution and contrast compared to high-field MRI systems, meaning it may not detect all pathologies. It is currently designed primarily for brain-only imaging and has limitations in acquiring certain sequences, such as post-contrast T1-weighted images.
The Swoop system is significantly more affordable than conventional MRIs, costing around $250,000, and can be acquired through purchase or a monthly/annual subscription that typically includes hardware, service, and software. This model often bundles AI features and software updates, eliminating additional siting costs common with traditional MRI installations.
The Swoop system is designed for ease of use, with an intuitive touchscreen interface that allows trained healthcare professionals to operate it with minimal training, often as little as 30 minutes. Hyperfine offers one-on-one training to familiarize operators with the system's workflow, including patient positioning and utilizing its AI-driven features for image acquisition.
Beyond image enhancement, the Swoop's AI contributes to efficiency by enabling faster scan times and providing real-time feedback for patient positioning, which streamlines the imaging process. This allows for quicker diagnostic information, potentially leading to more timely treatment decisions, reduced patient transport risks, and improved resource utilization in critical care and emergency settings.

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Suggest an Edit → | Last Verified: 2026-04-20 | First Added: 2026-04-20
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