Robotic Surgery System Enters US Gynecology Clinical Trial
The investigational device exemption study will evaluate the safety and effectiveness of the system for hysterectomy procedures.
The investigational device exemption study will evaluate the safety and effectiveness of the system for hysterectomy procedures.
The funding will support the development of an AI platform designed to clean and move large imaging datasets more efficiently than traditional methods.
The cone-beam computed tomography system can image patients in standing, seated, or supine positions.
The investigational device exemption study will evaluate the safety and effectiveness of the system for hysterectomy procedures.
The program offers mail-in calibration, scheduled reminders, and shipment tracking to help facilities maintain accurate survey meter performance and meet regulatory requirements.
After one year of operation, the device has supported over 2,000 patient exams, enabling the growth of orthopaedic services in a region with limited resources.
The device features a working channel more than 80% larger than comparable single-use models, aiming to improve visualization during procedures.
The agency is requesting public comment on methods for monitoring and evaluating AI models after deployment to ensure continued safety and effectiveness.
EQ2 and Fluke Biomedical have integrated OneQA with EQ2’s HEMS CMMS software, enhancing workflow automation, standardizing test procedures, improving accuracy, and boosting productivity for HTM professionals.
The acquisition aims to integrate icometrix's AI-powered neurological analysis platform with GE HealthCare's MRI systems to meet growing demand in Alzheimer's disease monitoring.
The system integrates CT imaging and uses a fixed radiation beam, a design intended to lower infrastructure costs and expand access to care.
The new system, featuring the Telemetry Monitor 5500, is designed to streamline alarm management and provide data-driven operational insights for cardiac monitoring.
A new case series shows the technology can flag suspicious nodules on images ordered for unrelated conditions, potentially expanding early detection opportunities.
The system integrates multiple light sources and is designed for compatibility with a range of endoscopes in office and outpatient settings.