GE HealthCare Showcases Newly CE-Marked AI-Powered Cardiology Systems
The solutions are designed to streamline cardiac workflows and improve diagnostic confidence using artificial intelligence and automation.
The solutions are designed to streamline cardiac workflows and improve diagnostic confidence using artificial intelligence and automation.
The investment will expand facilities in Pennsylvania and Minnesota to increase production of AI-enabled ultrasound and image-guided therapy systems.
From artificial intelligence-assisted troubleshooting to predictive platforms, vendors and end-users share what’s working—and what it takes to get there.
The solutions are designed to streamline cardiac workflows and improve diagnostic confidence using artificial intelligence and automation.
The program offers mail-in calibration, scheduled reminders, and shipment tracking to help facilities maintain accurate survey meter performance and meet regulatory requirements.
The device combines ultrasound elastography with AI features to help clinicians assess liver fat and stiffness at the point of care for patients with chronic liver disease.
Effective stakeholder analysis and requirements gathering are critical to safe, compliant infusion system design.
The company has now accumulated over 100 authorizations for artificial intelligence in its medical technology portfolio.
The Rigel 288+ downloader app for iOS devices lets biomedical device engineers download and manage electrical safety test data.
The floor-mounted digital X-ray system automates in-room workflows and repetitive tasks to help improve throughput and reduce the technologist learning curve.
Designed to support particle therapies including proton and carbon ion, the system combines upright positioning with onboard CT imaging.
The multi-functional device enables both cutting and coagulation via flexible endoscopy and is now cleared for US clinical use.
Building on the success of Microsoft’s ambient listening tech for physicians, Tampa General is extending similar AI tools to nurses to reduce bedside documentation time.
UNSW examines how well-intentioned donations can lead to equipment graveyards in low-resource settings—and why new tech alone doesn't ensure equitable healthcare.