FDA Clears GE HealthCare CT System for Cardiac Imaging
The system uses AI-powered tools to speed up workflows and is designed to handle complex cardiac cases.
The system uses AI-powered tools to speed up workflows and is designed to handle complex cardiac cases.
The new portable systems are designed for a range of clinical applications and feature artificial intelligence and advanced imaging functionalities.
From artificial intelligence-assisted troubleshooting to predictive platforms, vendors and end-users share what’s working—and what it takes to get there.
The system uses AI-powered tools to speed up workflows and is designed to handle complex cardiac cases.
The program offers mail-in calibration, scheduled reminders, and shipment tracking to help facilities maintain accurate survey meter performance and meet regulatory requirements.
The NeedleVue LC1 Ultrasound System is designed to provide sub-millimeter level guidance during interventional procedures.
Effective stakeholder analysis and requirements gathering are critical to safe, compliant infusion system design.
The software is designed to assist clinicians by identifying key anatomical structures in real time during ultrasound-guided regional anesthesia.
The Rigel 288+ downloader app for iOS devices lets biomedical device engineers download and manage electrical safety test data.
The newly cleared platform combines MR and ultrasound imaging to support real-time guidance for focal therapy and improve clinical accuracy.
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.
Clinical teams can now be trained to personalize scan settings directly within SwiftMR.
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.