AZmed is a medical AI software solution designed to assist radiologists and emergency physicians in detecting fractures and other pathologies in X-ray images. Using deep learning technology, AZmed automatically analyzes medical images to identify anomalies, helping clinicians make faster and more accurate diagnoses.
The platform’s flagship product, Rayvolve, seamlessly integrates with existing imaging workflows and picture archiving and communication systems (PACS), offering real-time fracture detection directly within the medical image viewer. With CE marking and FDA clearance, AZmed is trusted by hundreds of hospitals and clinics across Europe and around the world.
AZmed empowers healthcare professionals by reducing diagnostic workload, improving patient throughput in emergency rooms, and enhancing diagnostic consistency without requiring additional hardware or workflow changes.
Features
AZmed provides a suite of features focused on radiological image analysis and AI-assisted diagnosis.
Fracture Detection: Automatically identifies bone fractures in X-ray images using advanced deep learning algorithms.
Real-Time Analysis: Delivers diagnostic support instantly within the radiology workflow, without requiring external processing.
PACS Integration: Seamlessly integrates with existing medical imaging systems to ensure a frictionless user experience.
Anomaly Highlighting: Flags areas of concern on X-rays with visual overlays to assist radiologists during interpretation.
Multi-View Support: Handles various X-ray positions including lateral, frontal, and oblique views across multiple anatomical areas.
Clinical Decision Support: Assists clinicians by reducing oversight and improving diagnostic accuracy, especially in high-volume environments.
Regulatory Approval: AZmed is CE marked and FDA cleared, meeting international standards for medical software compliance.
Lightweight Deployment: No new hardware or additional software layers required; the solution installs quickly into existing IT systems.
Multi-User Access: Supports simultaneous access for radiologists, emergency physicians, and orthopedic teams.
Data Privacy and Security: Complies with GDPR and healthcare data protection standards, ensuring patient confidentiality.
How It Works
AZmed’s core AI solution, Rayvolve, works by analyzing X-ray images as they are captured and uploaded to a hospital’s PACS. The AI model scans the image and detects the presence of fractures or other abnormalities. Within seconds, it highlights suspected fractures directly on the X-ray image, allowing the radiologist or physician to confirm or further evaluate the finding.
Because Rayvolve integrates directly with standard medical image viewers, the user does not need to switch platforms or perform extra steps. The AI operates in the background and presents visual flags or alerts in the same interface that doctors already use, improving adoption and workflow efficiency.
As radiologists review flagged images, they retain full control over final diagnosis and reporting. AZmed’s AI serves as a decision support tool, not a replacement for clinical judgment.
Use Cases
AZmed is built for medical professionals and institutions seeking to improve diagnostic speed and consistency in radiology.
Emergency Departments: Speed up triage and diagnosis of trauma patients with real-time AI analysis of fractures.
Radiology Clinics: Reduce review time and oversight risks, especially during high-volume periods or overnight shifts.
Orthopedic Practices: Quickly detect fractures for pre-surgical planning and outpatient follow-ups.
Rural or Underserved Hospitals: Support limited radiology resources by providing second opinions via AI.
Medical Training: Assist junior physicians or trainees in learning to detect fractures accurately.
Teleradiology Services: Use AI as an additional layer of quality assurance before final report submission.
Urgent Care Centers: Improve patient throughput by identifying abnormalities earlier in the diagnostic process.
Pricing
AZmed does not publicly list standard pricing on its website. The platform offers flexible pricing models based on hospital size, number of users, and image volume.
Interested hospitals, clinics, or healthcare networks can request a demo and tailored pricing through the AZmed contact page. Pricing typically includes access to the Rayvolve AI software, integration support, and regulatory-compliant deployment.
AZmed is positioned as a scalable, enterprise-ready solution for public hospitals, private clinics, and radiology groups across Europe and beyond.
Strengths
Accurately detects fractures in real-time to support faster clinical decision-making.
Fully integrates into existing radiology workflows without disrupting current systems.
Reduces diagnostic errors and increases throughput in high-pressure settings like emergency rooms.
Regulatory-cleared in Europe (CE) and the United States (FDA), ensuring compliance.
Lightweight software with no new hardware requirements.
Clinician-friendly interface with clear overlays and rapid feedback.
Helps bridge gaps in radiologist availability, especially in rural or overburdened facilities.
Supports radiologists in making consistent, confident diagnoses under time pressure.
Drawbacks
Currently focused primarily on fracture detection—may not yet support all radiological conditions.
Dependent on image quality—poor or obscured images may reduce accuracy.
Not a substitute for radiologist expertise—serves as an assistive tool, not a replacement.
Requires IT integration and administrative support for full deployment in clinical settings.
Pricing is not publicly listed, which may limit transparency for smaller clinics.
Real-world performance can vary based on patient population, anatomical area, and workflow setup.
Comparison with Other Tools
AZmed stands out in the radiology AI market for its exclusive focus on real-time fracture detection in X-rays. While platforms like Zebra Medical Vision, Aidoc, and Qure.ai offer broader diagnostic AI across multiple modalities and pathologies, AZmed focuses narrowly on orthopedic trauma and musculoskeletal radiology.
Compared to Aidoc, which also provides AI alerts in PACS systems but emphasizes CT imaging and stroke detection, AZmed remains highly specialized in X-ray analysis, making it easier and faster to implement for facilities focused on trauma and orthopedics.
Qure.ai offers AI for chest and brain imaging, but AZmed delivers faster integration for bone fracture detection specifically and is tailored for European hospitals with strong CE and FDA credentials.
AZmed’s primary competitive advantage is its simplicity of deployment and sharp focus on a high-impact use case in emergency and trauma medicine.
Customer Reviews and Testimonials
AZmed is used by more than 1,000 medical institutions across Europe and internationally. Radiologists and emergency doctors have reported improved diagnostic efficiency and confidence, especially in fast-paced environments.
One hospital radiologist shared: “AZmed is like having a second pair of expert eyes—its fracture detection is spot on and saves us valuable time.”
Another physician noted: “Since integrating AZmed, we’ve reduced diagnostic delays in our ER significantly. The software fits perfectly into our workflow.”
AZmed also partners with health systems and academic institutions and has been featured in international radiology conferences, validating its real-world clinical value and research credibility.
Conclusion
AZmed is reshaping radiology workflows with a precise, fast, and fully integrated AI solution for fracture detection. By delivering real-time diagnostic support within standard PACS systems, AZmed enhances radiologists’ and physicians’ ability to detect fractures accurately and efficiently—especially in high-volume and time-sensitive settings.
Its regulatory approvals, proven clinical use, and seamless user experience make it a powerful tool for modern hospitals, trauma centers, and radiology departments aiming to deliver high-quality care under pressure.
For healthcare providers seeking to augment diagnostic precision and streamline radiology services, AZmed offers a clinically trusted and technologically advanced solution.
