United Imaging unveiled its full range of products, including PET/CT, PET/MR, MR, CT, DR, RT, and digital solutions, at the China International Medical Equipment Fair (CMEF) recently, highlighting the products' AI capacity across modalities. The booth was divided into three main areas: integrated diagnosis and treatment, precision diagnosis, and prospective research. United Imaging's most cutting-edge technologies were on display, including the total-body PET/CT uEXPLORER®, the uMR® Jupiter 5.0T, uMI Panorama™, and the ultra-high-field preclinical 9.4T MR, to name a few.

Many of the offerings incorporated AI capabilities, which are designed to provide clinicians with more accurate and efficient tools for diagnosing and treating a variety of clinical scenarios. One standout product was the uRT-linac 506c, an innovative medical linear accelerator (LINAC) device from United Imaging. This device combines a linear accelerator with a diagnostic CT imager, providing a seamless workflow from simulation to treatment.

The uRT-linac 506c features the one-stop RT Solution that reshapes the workflow of radiotherapy, taking only a few minutes from CT simulation to treatment delivery, opening the next generation of personalized precision radiotherapy. Another eye-catching feature at the booth was the uHOR Cube Integrated Operating Room, a revolutionary operating room that integrates the latest and most advanced imaging equipment, surgical robots, navigation systems, and other therapeutic devices. With a 75 cm aperture intraoperative MR, the first of its kind in the industry, and a CT scanner integrated with a robotic arm, uHOR Cube Integrated Operating Room offers unparalleled imaging capabilities that can support multi-disciplinary sub-mm precision surgery.

The room also features a 10-axis DSA system that provides the most extensive freedom of movement and operation space in the industry. Using cutting-edge technologies such as 5G, AI, blockchain, AR/VR, and more, uHOR Cube Integrated Operating Room provides a complete solution for emergency and clinical procedures. Additionally, the ACS technology, which is part of the uAIFI platform, is the AI-assisted MR acceleration technology for both 2D and 3D imaging.

These advanced AI capabilities are well-demonstrated in several clinical scenarios such as tumor cardiovascular and neurosurgery detection.