FDA Clears Robotic-assisted Surgery System for Urologic Procedures
The system is indicated for use in minimally invasive urologic surgical procedures including prostatectomy, nephrectomy, and cystectomy.
The system is indicated for use in minimally invasive urologic surgical procedures including prostatectomy, nephrectomy, and cystectomy.
The tool automatically tracks transcatheter repair devices and merges echo and X-ray for clearer intra-procedural guidance.
As AI becomes embedded in medical equipment, HTM professionals must navigate new questions of accuracy, accountability, and risk.
The system is indicated for use in minimally invasive urologic surgical procedures including prostatectomy, nephrectomy, and cystectomy.
The program offers mail-in calibration, scheduled reminders, and shipment tracking to help facilities maintain accurate survey meter performance and meet regulatory requirements.
The platform allows expectant mothers to perform guided scans at home, with physicians reviewing images remotely through a dedicated platform.
The FDA 510(k) pending Carestation 850 is designed to help anesthesia teams address growing clinical complexity, workflow demands, and sustainability goals.
The update blends color-contrast enhancement and texture-highlighting technology into one view to help clinicians better visualize tissue patterns and potential lesions.
Rigel Medical has introduced the upgraded SafeTest 60+, a compact and rugged safety analyzer for testing medical and laboratory equipment.
NASA researchers are evaluating portable X-ray systems for diagnosing injuries and inspecting equipment during long-duration missions to the Moon and Mars.
The postmarket trial is designed to evaluate the performance of a surgical robotic system in free flap reconstruction and lymphatic repair procedures.
The device features a cloud-based platform for secure data transfer, streamlined software upgrades, and customizable configurations for clinical workflows.
To address rising vulnerabilities from third-party software, the Indiana-based network will implement a real-time risk management solution.
The system integrates CT imaging and uses a fixed radiation beam, a design intended to lower infrastructure costs and expand access to care.