United Imaging builds ultra‑high‑field MRI, high‑definition PET/MR, and total‑body PET‑CT systems that deliver whole‑body imaging with superior resolution, faster scans, and low radiation dose. Their integrated hardware and AI‑assisted software enable clinicians to capture anatomical, functional, and molecular data in a single exam, supporting earlier diagnosis and precise treatment planning for large hospitals and research centers.
Funding
Funding not disclosed
Founders
Product
Problem
Access to comprehensive, high-resolution whole-body imaging is limited by the size, cost, and performance constraints of conventional MRI and PET/CT systems, making early disease detection and multi-modality diagnostics challenging for many healthcare providers.
Solution
United Imaging develops ultra-high-field and ultra-wide-bore MRI scanners, high-definition time-of-flight PET/MR systems, and total-body PET-CT platforms such as the uEXPLORER. These devices combine advanced magnet design, high-sensitivity detectors, and integrated software to deliver whole-body imaging with superior spatial resolution, faster acquisition times, and simultaneous multi-modality data. The integrated workflow enables clinicians to visualize anatomical, functional, and molecular information in a single scan, supporting earlier diagnosis, precise treatment planning, and longitudinal monitoring across a broad range of conditions.
Target Audience
Primary customers are large hospitals, academic medical centers, and research institutions that require advanced whole-body imaging for oncology, neurology, cardiology, and infectious disease diagnostics.
Features
- 5.0 T whole-body MRI delivering unprecedented signal-to-noise ratio for detailed tissue characterization
- 75 cm ultra‑wide‑bore 3 T MRI facilitating patient comfort and access to larger anatomical regions
- High-definition time-of-flight (HD‑TOF) PET/MR providing sub‑millimeter PET resolution with simultaneous MR anatomy
- Total-body PET‑CT (uEXPLORER) covering the entire body in a single bed position with ultra‑low radiation dose
- Integrated AI‑assisted reconstruction and quantification tools for rapid image processing and diagnostic reporting
- Modular design allowing seamless upgrades and compatibility with existing hospital information systems