Swoop Point-of-Care Magnetic Resonance Imaging (POC MRI) Scanner

by Hyperfine  · Based in United States → — Redefining Brain Imaging with Portable, AI-Powered MRI at the Point of Care
Emergency Medicine Neurology Radiology

Contact for pricing
Regulatory Status Disclosed

Overview

The Hyperfine Swoop Point-of-Care (POC) MRI Scanner is the world’s first FDA-cleared, portable, ultra-low-field magnetic resonance brain imaging system. Designed by Hyperfine, Inc., it aims to make MRI more accessible and affordable by bringing diagnostic-quality brain imaging directly to the patient’s bedside.

The Swoop system utilizes artificial intelligence (AI) algorithms, including the proprietary Optive AI™ software, to enhance image quality, reduce noise and blur, and support diagnostic confidence. It operates from a standard electrical wall outlet (using less than 900W) and is controlled via an intuitive 12.9-inch Apple® iPad Pro®. Its unique design incorporates built-in noise cancellation technology, eliminating the need for a dedicated shielded room, unlike conventional MRI systems.

Capable of acquiring critical images within minutes, the Swoop system provides T1-weighted, T2-weighted, DWI, and FLAIR sequences, with advanced features like automatic alignment and motion correction. Its open and patient-friendly design helps reduce anxiety, allowing family members or caregivers to remain close during scans.

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

  • Portable, ultra-low-field MR brain imaging system
  • AI-powered software (Optive AIu2122) for enhanced image quality and diagnostic confidence
  • Operated via a 12.9-inch Appleu00ae iPad Prou00ae
  • Plugs into a standard electrical wall outlet (900W peak power)
  • Built-in noise cancellation, no dedicated shielded room required
  • Acquires T1, T2, FLAIR, and DWI (with ADC map) sequences in minutes
  • Open design for patient comfort and reduced anxiety
  • DICOM image export to local PACS or Hyperfine Image Viewer
  • Automatic alignment and motion correction features
  • Low magnetic field strength (0.064 Tesla) for increased safety and reduced artifacts

Use Cases

  • General brain imaging and assessment
  • Stroke detection and management in emergency and ICU settings
  • Diagnosis and monitoring of traumatic brain injury
  • Dementia screening and monitoring for amyloid-related imaging abnormalities (ARIA-E)
  • Pediatric brain imaging at the bedside
  • Imaging in resource-limited environments and mobile stroke units

What Physicians Need to Know

Stroke Detection Speed
The Swoop system displays diagnostic-quality images in minutes, enabling rapid decision-making in acute care settings like emergency rooms and neuro-intensive care units. The next-generation Swoop system has reduced scan times by approximately 30%. Its single-direction DWI sequence offers a time advantage for extremely urgent stroke protocols. Studies show a median time-to-scan of 2.5 hours with Swoop compared to 27.7 hours for conventional MRI.
Brain MRI Analysis
The Swoop system provides diagnostic-quality MRI of the brain and head for patients of all ages, offering T1, T2, FLAIR, and DWI (with ADC map) sequences. Its Optive AIu2122 software enhances image quality through noise reduction, image capture, reconstruction, and post-processing, improving clarity and consistency. It demonstrates high accuracy for detecting hemorrhagic stroke (80.4% sensitivity, 96.6% specificity) and shows 92% concordance with standard MRI in identifying intracranial pathology, increasing to 98% with clinical history.
Seizure Detection
While not an AI for real-time seizure detection, the Swoop system's images have assisted physicians in promptly diagnosing post-operative patients who experienced seizures by revealing underlying neurological changes.
Neurodegenerative Disease Screening
The Swoop system is being investigated for dementia screening and Alzheimer's drug therapy monitoring. It achieved 100% sensitivity in detecting mild to moderate ARIA-E (cerebral edema) in Alzheimer's patients, serving as a promising triage tool. Its advanced AI applications can also provide automated calculation of ventricular volumes in adult patients, useful for monitoring conditions like hydrocephalus and potentially neurodegenerative changes.
Large Vessel Occlusion Detection
The Swoop system facilitates rapid point-of-care identification of diffusion abnormalities, aiding in mechanical thrombectomy decisions for LVO stroke. It can detect ischemic lesions as small as 2.8 mm (0.15 mL) and achieved 100% sensitivity and specificity for clinically relevant lesions larger than 1.0 mL.
Triage Prioritization Speed
The system's portability allows it to be wheeled directly to the patient's bedside, plugging into a standard outlet and ready to scan in minutes, eliminating the need for patient transport and reducing diagnostic delays. This capability is being evaluated for its potential to transform triage in emergency departments for a wide range of brain-related conditions.
ASPECTS Score Automation
The ASPECTS score is primarily used for non-contrast CT scans in acute stroke. The Swoop system is an MRI device, and there is no explicit mention of automated ASPECTS score calculation for its MRI images in the provided information.
Mobile Notification System
The Swoop system is controlled via a wireless tablet (Apple iPad Pro), which displays images and allows for exam setup and image export. However, there is no specific mention of a separate automated mobile notification system for critical findings beyond the immediate display on the control tablet itself.
Physician Tip

Leverage the Swoop POC MRI for immediate bedside brain imaging in critical care, emergency departments, and outpatient neurology clinics to reduce patient transport risks and delays. Utilize its AI-powered image quality and rapid DWI sequences for timely stroke detection, including small ischemic lesions and hemorrhage. Consider its role in monitoring neurodegenerative conditions like Alzheimer's, especially for detecting ARIA-E in patients on amyloid-targeting therapies, and for automated ventricular volume measurements. The system's ease of use allows existing trained staff to operate it, streamlining workflow and increasing access to MRI where conventional systems are impractical.

The Swoop system is controlled by a wireless tablet (Apple iPad Pro), facilitating image review and export. While the core system is self-contained, its utility in clinical workflows suggests potential for integration with Picture Archiving and Communication Systems (PACS) for comprehensive patient record management and with Electronic Health Records (EHR) for seamless data flow. Hyperfine has partnered with Nvidia to enhance AI-driven image reconstruction and integrate real-time clinical decision support, indicating a pathway for advanced software integrations. Further integration with hospital IT infrastructure would optimize its role in a broader healthcare ecosystem.

Details

Category Neurology AI, Radiology & Imaging AI
Pricing Contact for pricing
  • Available upon contact with a Hyperfine sales associate; reported costs range from approximately $250,000 to $600,000, significantly less than conventional MRI systems
DeploymentOn-premise (portable device), point-of-care, bedside
Compliance
BAA AvailableUnknown AI-estimated
HIPAA CompliantUnknown AI-estimated
FDA Status 1 AI-estimated

The Swoop system received initial FDA 510(k) clearance in February 2020 for brain imaging, followed by clearance in August 2020 for patients of all ages. K212456 was cleared in November 2021 for deep learning image reconstruction techniques to enhance image quality.

Integrations
EHR Not specified
Specialties Emergency Medicine, Neurology, Radiology

What the Web Says

The Hyperfine Swoop Point-of-Care (POC) MRI Scanner is an FDA-cleared, AI-powered portable brain MRI system designed to bring imaging directly to the patient's bedside. It utilizes an ultra-low-field magnet, making it safer and more accessible than traditional high-field MRI machines. Recent studies highlight its diagnostic value, showing high concordance with standard MRI for detecting intracranial pathology, and a superior patient experience due to increased comfort and reduced anxiety.

Overall: Positive

Strengths

  • Portable and can be used in various care settings, including ICUs and outpatient clinics.
  • Significantly less expensive than conventional MRI systems, with no major siting costs.
  • Improved patient experience due to open design, quieter operation, and reduced claustrophobia and anxiety.
  • Can be operated by trained clinical staff without the need for specialized MR technologists.
  • Provides diagnostic-quality imaging, with high concordance (92-98%) with standard MRI in detecting intracranial pathology.
  • Reduces risks associated with transporting critically ill patients to a traditional MRI suite.

Limitations

  • Lower magnetic field strength (0.064T) compared to conventional MRIs (typically 3T), which may impact image resolution for certain conditions.
  • Questions raised about its diagnostic utility for acute ischemic/hemorrhagic strokes compared to CT for early triage in resource-limited settings.
  • Some general feedback on G2 for 'Swoop' (not specifically the MRI scanner) mentions a simple interface that could be updated and a lack of content on their site.
  • Potential for conflicts of interest in published peer-reviewed papers as they often originate from Hyperfine.
  • One Reddit user questioned the 'AI' part of the system after trying it.

Based on reviews from: Hyperfine.io, Business Wire, AuntMinnie, Reddit, NeuroNews, GuruFocus, PubMed, G2, Being Patient

Last updated: 2026-07-21

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Press & Coverage

Hyperfine, Inc. (Press Release)
Hyperfine Announces European Launch of Next-Generation Swoopu00ae System
Hyperfine has launched its next-generation Swoop system in Europe, an AI-powered portable MRI system for the brain with advanced Optive AI software, marking a significant step in its global expansion and improving access to high-quality brain imaging.
2026-07
Clinical Trials Arena
Hyperfine's portable MRI system demonstrates time-saving benefit in new data readout
New data from Hyperfine shows its Swoop portable MRI system significantly reduces time to imaging in emergency departments compared to conventional MRI, with a median imaging order to scan time of 1.28 hours versus 7.76 hours.
2026-05
NeuroNews
Hyperfine secures CE and UKCA marks for latest versions of Swoop system and Optive AI software
Hyperfine has received CE marking and UKCA approval for its next-generation Swoop system and the latest Optive AI software, enabling commercialization across Europe and the UK and expanding access to point-of-care brain imaging.
2026-04
Imaging Technology News
Study Shows High Diagnostic Value, Superior Patient Experience for Portable MRI System
The NEURO PMR study demonstrated that Hyperfine's portable Swoop system has high diagnostic value and offers a superior patient experience compared to standard MRI in outpatient neurology clinics.
2026-01
Hyperfine, Inc. (Press Release)
Hyperfine Announces First Peer-Reviewed Publication Demonstrating Significant Economic Benefits of Using the Swoopu00ae AI-Powered Portable MRI System in Acute Hospital Care
Hyperfine announced the first peer-reviewed publication in Clinical Neuroimaging, highlighting the positive economic impact and efficiency of implementing the portable Swoop system in acute hospital care.
2026-01
Business Wire
Hyperfine Announces Regulatory Approval of the Swoopu00ae System in India
Hyperfine's Swoop portable MRI system has received regulatory approval in India from the CDSCO, opening access to advanced brain imaging in a rapidly growing healthcare market.
2025-12
Hyperfine, Inc. (Press Release)
Hyperfine Announces FDA Clearance of the First Optive AIu2122 Software Update with Advanced Diffusion Imaging Capability, Focused on Enhancing Stroke Detection with the Swoopu00ae System
Hyperfine received FDA clearance for a new multi-direction diffusion-weighted imaging (DWI) software sequence for the Swoop system, significantly improving image quality and diagnostic confidence for stroke detection.
2025-12
Hyperfine, Inc. (Press Release)
Hyperfine Announces FDA Clearance of a New Next-Generation Swoopu00ae System Powered by Optive AIu2122 Software, Delivering a Transformative Leap in Image Quality
Hyperfine announced FDA clearance for its next-generation Swoop system, featuring an entirely new portable MRI scanner powered by Optive AI software, which delivers enhanced image quality, functionality, and usability.
2025-06

Videos

Product demos, reviews, and walkthroughs for Swoop Point-of-Care Magnetic Resonance Imaging (POC MRI) Scanner.

View all on YouTube

Frequently Asked Questions

The Swoop POC MRI utilizes Optive AIu2122 software, which employs deep learning for advanced image reconstruction, significantly enhancing image clarity, consistency, and anatomical detail, particularly for stroke detection with multi-direction DWI sequences. This AI also provides automated measurements for brain volume, ventricular volume, and midline shift, aiding physicians in rapid clinical decision-making at the point of care.
The Hyperfine Swoop system, including its AI-powered features like Optive AIu2122 software, has received FDA clearance for brain imaging in patients of all ages. While specific details on HIPAA/GDPR compliance weren't explicitly detailed in the search results, the system's ability to send DICOM images to local PACS and pull patient information from Modality Worklists implies adherence to standard healthcare data security protocols.
The Swoop POC MRI is an ultra-low-field system (0.064T) and is designed to complement, not replace, conventional high-field MRI systems (1.5T or 3T). While its AI-driven image reconstruction significantly improves image quality for a portable device, it is primarily intended for specific clinical questions and acute neurological care, such as stroke detection, where traditional MRI is impractical or unsafe.
The Swoop POC MRI scanner typically costs between $250,000 and $600,000, which is substantially less than the $1.5 million or more for traditional MRI systems. While specific recurring fees for AI software licensing and maintenance were not detailed, the system offers significant economic benefits by reducing patient transport costs and improving workflow efficiencies in acute care settings.
As an ultra-low-field MRI, the Swoop system inherently has lower resolution and contrast compared to high-field MRI, and it is primarily for non-contrast brain imaging. While the AI enhances image quality, physicians retain the critical responsibility for interpreting images and validating AI-generated insights, especially considering the system's role as a specialized tool rather than a full replacement for conventional MRI. Challenges like head positioning for young children can also impact image completeness.
The Swoop POC MRI system is designed for integration with hospital infrastructure. It can send digital imaging and communications in medicine (DICOM) images directly to the local Picture Archiving and Communication System (PACS) or Hyperfine's Image Viewer. Additionally, it can pull patient information from the Modality Worklist (MWL) to streamline patient registration for exams.

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