Philips Unveils Rembra CT System Built for High-Volume Imaging
The new CT platform features fast reconstruction speeds, an 85-cm bore, and AI-enabled workflows aimed at improving throughput in acute care environments.
The new CT platform features fast reconstruction speeds, an 85-cm bore, and AI-enabled workflows aimed at improving throughput in acute care environments.
The newly cleared software uses deep learning to reduce image noise, cut scan times by up to 50%, and preserve quantitative accuracy across multiple nuclear medicine applications.
The system integrates updated imaging hardware, AI-driven tools, and independently validated ergonomic features aimed at supporting diagnostic accuracy and user comfort.
The platforms feature AI-powered imaging, helium-free MR technology, and designs focused on long-term operational value and efficiency.
The cone-beam computed tomography system can image patients in standing, seated, or supine positions.
The laptop-sized device will support astronaut health monitoring, routine medical evaluations, and in-flight research.
NASA researchers are evaluating portable X-ray systems for diagnosing injuries and inspecting equipment during long-duration missions to the Moon and Mars.
The investigational system uses X-ray diffraction and AI to analyze the molecular composition of tissue, aiming to reduce unnecessary biopsies.
The GE HealthCare system, installed in collaboration with Cyclomedical International, will enable on-site production of radioisotopes for PET imaging and theranostics.
The funding will support the development of an AI platform designed to clean and move large imaging datasets more efficiently than traditional methods.
The patented design is intended to reduce maintenance by supporting over 100,000 mating cycles and minimizing contamination sensitivity.