Building a Better Imaging Service Strategy for a Changing HTM Environment
Imaging equipment is becoming more complex, and experienced imaging engineers are harder to find. Industry leaders discuss how HTM teams can respond.
Imaging equipment is becoming more complex, and experienced imaging engineers are harder to find. Industry leaders discuss how HTM teams can respond.
The new system is designed to support clinical assessment of gastrointestinal, liver, and pancreatic diseases.
The pediatric body array coil, developed to offer a more flexible alternative to rigid devices, is optimized and validated for use on 3.0T MRI systems.
The platform combines AI for clinical insights and accelerated workflow in the new premium 3.0T MRI platform.Â
The new 510(k)-pending system is designed to simplify workflows with a single universal scan approach, aiming to boost efficiency and reduce complexity across multiple CT exams.
The system integrates updated imaging hardware, AI-driven tools, and independently validated ergonomic features aimed at supporting diagnostic accuracy and user comfort.
The mobile X-ray aims to enhance bedside imaging and diagnostic clarity for intensive care patients.
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 companies will operate as a single integrated provider under the Tri-Imaging name, bringing together aftermarket imaging parts, field service, depot repair, and technical training across MRI, CT, and X-ray platforms.