Micro C Medical Imaging

by OXOS Medical  · Based in United States →Portable X-ray enables real-time diagnosis at the point of need.
Emergency Medicine Orthopedics Radiology

Contact for pricing
Regulatory Status Disclosed

Overview

The Micro C Medical Imaging System, M01, developed by OXOS Medical, is a pioneering handheld and portable general-purpose X-ray system. It is designed for qualified and trained clinicians to perform diagnostic static and serial radiographic exposures of extremities in adult and pediatric patients. The device aims to enhance point-of-care imaging by offering a lightweight, portable solution that captures high-resolution images with low radiation exposure, often negating the need for a dedicated radiation suite. It integrates AI-powered technology, such as the AiLARA System, to automate radiation dose settings, ensuring images are taken with the lowest possible radiation while maintaining quality. The Micro C is cloud-connected, allowing for image sharing, analysis, and collaboration. It was developed to improve ergonomics, increase workflow speed, and enhance image quality, particularly for specialties like reconstructive hand surgery. OXOS Medical has since introduced the MC2 Portable X-ray System as a successor, building upon the Micro C’s capabilities with a larger detector and additional imaging modes.

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

  • Handheld and portable X-ray system
  • Low radiation exposure with AiLARA AI automation
  • High-resolution static and dynamic digital radiography (DDR)
  • Cloud-connected for image sharing and analysis
  • Designed for point-of-care diagnostics
  • Intuitive user interface and ergonomic design
  • Ability to transfer radiographs to PACS server or flash drive
  • Suitable for adult and pediatric extremity imaging

Use Cases

  • Point-of-care imaging in urgent care centers
  • Orthopedic clinics for extremity diagnostics
  • Sports medicine for on-site injury assessment
  • Primary care offices for immediate radiographic diagnosis
  • Mobile and remote healthcare applications
  • Bioskills and laboratory applications (with MC2 Lab variant)

What Physicians Need to Know

Evidence Base
The Micro C Medical Imaging system is FDA 510(k) cleared for radiographic imaging and Dynamic Digital Radiography (DDR) of distal extremities in adults and children. It incorporates AiLARA, an AI-based algorithm, which automates the ALARA (As Low As Reasonably Achievable) principle to optimize radiation dose for clinically relevant images. The software development adheres to IEC 62304:2015 and risk analysis to ISO 14971:2019 standards.
Clinical Validation Studies
While the FDA clearance for the AiLARA software was based on non-clinical data using imaging phantoms, the Micro C device has been utilized in various real-world clinical settings, including hospitals, urgent care centers, orthopedic practices, and by sports teams. It has also been deployed in collaboration with the Department of Veterans Affairs.
Alert Fatigue Management
The integrated AiLARA software automatically determines and recommends optimal X-ray settings (power and exposure time) without requiring manual user input. This automation aims to ensure clinically relevant images, reduce overexposures, and minimize the need for retaking images, thereby implicitly contributing to alert fatigue management by reducing unnecessary alerts.
Override Rate Data
Specific override rate data for the Micro C's AI-driven recommendations is not explicitly available in the provided information.
Differential Diagnosis Support
The Micro C provides high-quality imaging for diagnostic purposes, particularly for distal extremities. However, the available information does not indicate that it offers automated differential diagnosis suggestions or support in the manner of a traditional diagnostic CDS tool; its AI focuses on optimizing image acquisition.
Clinical Workflow Integration
The Micro C is designed for point-of-care imaging and integrates with existing medical systems. It is DICOM compatible, allowing for seamless connection with Picture Archiving and Communication System (PACS) servers for image transmission. It also integrates with patient data and health information through a worklist, ensuring a streamlined workflow. The device features a computer vision positioning system to assist with accurate emitter and cassette alignment.
Decision Audit Trail
Information regarding a specific 'decision audit trail' feature for the Micro C Medical Imaging system is not explicitly mentioned in the provided details.
Physician Tip

Leverage the Micro C's portability for efficient point-of-care X-ray diagnostics, particularly for distal extremities, to enhance workflow and reduce patient wait times. Utilize the AiLARA system's automated, low-dose imaging capabilities to ensure radiation safety and minimize image retakes for both adult and pediatric patients. Integrate the device with existing PACS and patient data systems for seamless image management and collaborative care.

The Micro C Medical Imaging system is DICOM compatible, enabling straightforward integration with Picture Archiving and Communication System (PACS) servers for image archival and sharing. It also supports integration with patient data and health information systems via worklists, facilitating a streamlined workflow within diverse clinical environments.

Details

Category Clinical Decision Support & Reference, Radiology & Imaging AI
Pricing Contact for pricing Not publicly disclosed; contact sales for details.
DeploymentOn-premise device with cloud connectivity
Compliance
BAA AvailableUnknown AI-estimated
HIPAA CompliantUnknown AI-estimated
FDA Status 1 AI-estimated

The Micro C Medical Imaging System, M01, received U.S. FDA 510(k) clearance (K212654) on February 4, 2022, for diagnostic static and serial radiographic exposures of extremities in adults and children. An earlier clearance (K203658) was noted on January 12, 2021. Additionally, OXOS Medical received FDA clearance for its AiLARA System, an AI-powered automated radiation dose engine, on March 10, 2022.

Integrations
EHR Not specified
Specialties Emergency Medicine, Orthopedics, Radiology

What the Web Says

Micro C Medical Imaging, developed by OXOS Medical, is generally well-received for its portability, ease of use, and high-quality imaging capabilities in a compact design. It's seen as a significant advancement for point-of-care diagnostics, particularly in orthopedic and urgent care settings. While praised for its innovation, some reviews highlight concerns regarding its cost and the learning curve for new users.

Overall: Positive

Strengths

  • Extremely portable and lightweight, enabling use in various clinical settings.
  • Produces high-quality diagnostic images comparable to larger C-arms.
  • User-friendly interface and quick setup time.
  • Reduces radiation exposure for both patients and clinicians.
  • Integrated AI features for image optimization and analysis.
  • Cloud connectivity for easy image sharing and storage.

Limitations

  • High initial cost can be a barrier for smaller practices.
  • Learning curve for new users, especially those accustomed to traditional C-arms.
  • Battery life can be a limitation for extended use without charging.
  • Some users report occasional software glitches or connectivity issues.
  • Limited availability of specific accessories or specialized probes.
  • Integration with existing EMR systems can sometimes be challenging.

Based on reviews from: OXOS Medical Website, Physician reviews (various medical forums and publications), Healthcare IT reviews, Tech reviewer articles, Reddit discussions, G2 (no specific reviews found for Micro C, general medical imaging), Capterra (no specific reviews found for Micro C, general medical imaging)

Last updated: 2026-07-20

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Videos

Product demos, reviews, and walkthroughs for Micro C Medical Imaging.

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Frequently Asked Questions

Micro C Medical Imaging, particularly with its AiLARA system, utilizes AI to automate the 'As Low As Reasonably Achievable' (ALARA) principle, optimizing X-ray settings for minimal radiation exposure while maintaining image quality. This AI-powered automation simplifies the imaging process, making it more point-and-shoot, and enhances safety for both patients and operators by reducing subjective adjustments.
The AiLARA system in Micro C Medical Imaging has received FDA clearance, indicating it meets specific safety and efficacy standards for medical devices. For broader AI applications in healthcare, strict compliance with regulations like HIPAA (in the USA) and the EU AI Act is crucial, especially concerning data privacy and the protection of personal health information. These regulations mandate secure processing and de-identification of sensitive data to prevent breaches and ensure patient consent.
Micro C and its successor, MC2, are handheld, portable X-ray systems that offer dynamic digital radiography and fluoroscopy, designed for point-of-care imaging with significantly lower radiation doses compared to conventional C-arms. Its integrated AI, AiLARA, uniquely automates radiation dose settings, a feature not commonly highlighted in descriptions of other portable X-ray or mini C-arm alternatives. While other portable X-ray machines exist, the specific AI-driven dose optimization sets Micro C Medical Imaging apart in terms of intelligent safety features.
While specific pricing for the Micro C or MC2 system with its AI features isn't explicitly stated, similar portable X-ray machines and mini C-arms can range widely in price. Refurbished mini C-arms might cost between $15,000 and $50,000, while new, advanced flat-panel systems can exceed $90,000. The inclusion of advanced AI and computer vision for automated functions and low-dose imaging would likely position the Micro C and MC2 towards the higher end of the portable imaging market.
The AI in Micro C Medical Imaging primarily focuses on optimizing radiation dose and positioning, rather than diagnostic interpretation. General limitations of AI in medical imaging include potential biases from training data, challenges in generalizability across diverse patient populations, and a lack of transparency in its decision-making process, often referred to as the 'black box' phenomenon. Physicians must also be aware that AI is a supplementary tool and cannot yet replace human expertise, especially in complex clinical decision-making and physical examination.
The AI in Micro C Medical Imaging, particularly AiLARA, augments the physician's role by automating technical aspects like radiation dose, allowing clinicians to focus more on patient care and diagnostic interpretation. While AI can enhance efficiency and accuracy by identifying subtle patterns, it is intended to supplement, not replace, the physician's expertise and critical decision-making. Physicians retain diagnostic autonomy, using AI as a tool to improve workflow and patient safety rather than surrendering their interpretive role.

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