10/10/2025
Advancing Precision Medicine: Discover the ScintCare PET/CT 730T
In the realm of medical imaging, the fusion of cutting-edge technology with clinical practicality is key to superior patient care. Meet the ScintCare PET/CT 730T from MinFound Medical Systems—a high-end molecular imaging solution engineered to deliver exceptional image quality, operational efficiency, and enhanced patient comfort.
Key Features at a Glance
Digital PET Detector & Ultra-Wide Axial FOV
This system utilizes a fourth-generation digital PET detector, where Lutetium-Yttrium Oxyorthosilicate (LYSO) crystals are individually coupled to Silicon Photomultiplier (SiPM) detectors. This design ensures 100% crystal coverage, significantly boosting photon efficiency and image quality. Coupled with an impressive ultra-wide axial Field of View (FOV) of 40.3 cm, it enables whole-organ imaging in a single bed position and a full-body scan in just about 3 minutes with 3 bed positions, greatly supporting large patient throughput.
Advanced Motion Management & Calibration
Digital gating technology directly implemented in the exam application helps eliminate motion artifacts, particularly from respiration, allowing for more accurate interpretation of pulmonary nodules and lymphadenopathy without adding significant preparation time or exam duration. Furthermore, the computed system calibration facilitates operational efficiency by minimizing the need for manual calibration setup, reducing exposure to radiation sources during quality control, and rationalizing complicated routines.
Powerful Integrated CT & Dose Management
The system integrates the ScintCare CT128, which features a high-capacity 8 MHU X-ray tube, a 40 mm detector coverage, and a fast 0.37 s rotation speed. It also employs the DosePower platform and BrainPower algorithms to optimize dose management efficiently, contributing to both the quality of clinical care and the demands of clinical research applications.
The ScintCare PET/CT 730T embodies MinFound's commitment to independent innovation, incorporating technologies like intelligent motion artifact correction and low-dose modules to provide precise, safe, and efficient diagnostic solutions. It's a testament to how modern medical imaging can push the boundaries of what's possible in diagnosis and treatment planning.