GE receives FDA clearance for mobile x-ray systems

Keith Moore | | Health Imaging | Screening
GE Healthcare has received FDA clearance of its Optima XR220amx, Optima XR200amx and Brivo XR285amx, a new platform of mobile x-ray systems.

These systems are designed to provide healthcare professionals with images that can aid in accurate diagnoses as early as possible in clinical settings.

GE Healthcare’s digital Optima XR220amx, digital-ready Optima XR200amx and Brivo XR285amx are more compact than their predecessors. They feature intuitive touch screens, immediate start-up capability, more storage and high image quality, according to the Waukesha, Wis.-based company.

Keith Moore

Related Content

Abbreviated MRI protocols present suitable alternatives for liver cancer screening
Routine abdominal CTs offer insight into cardiovascular risk
Screening efforts have helped avert millions of cancer-related deaths in recent decades
What breast density status can tell us about cardiovascular risk
FDA clears AI tool that flags signs of heart disease in chest CT scans
Patients without PCPs struggle to access lung cancer screening, despite eligibility

Around the web

Radiology Business
AI can help radiology standardize image exam data labeling

To fully leverage today's radiology IT systems, standardization is a necessity. Steve Rankin, chief strategy officer for Enlitic, explains how artificial intelligence can help.

Radiology Business
The biggest obstacles facing radiology business managers in 2025

RBMA President Peter Moffatt discusses declining reimbursement rates, recruiting challenges and the role of artificial intelligence in transforming the industry.

Cardiovascular Business
New cardiac prevention paradigm explored in TRANSFORM trial using AI and CCTA

Deepak Bhatt, MD, director of the Mount Sinai Fuster Heart Hospital and principal investigator of the TRANSFORM trial, explains an emerging technique for cardiac screening: combining coronary CT angiography with artificial intelligence for plaque analysis to create an approach similar to mammography.