With the persistent pursuit of precision and efficiency for imaging and diagnosis, uCT 780 is equipped with the fully integrated Detector to allow low dose data acquisition with fine details. The fast rotation speed of the system improves the cardiac scan quality.
Precision in data generation, data acquisition and image reconstruction
Improved image quality for challenging patients with cardiac excellence
Imaging different body sizes and parts with tailored and precise dose distribution
The refined voxel size realizes the exquisite visualization of anatomical details.
Scintillating Detector Material
Gadolinium oxysulfide scintillator (GOS) provides a fast and high conversion efficiency of X-rays.
Ultra-low Noise Design
Z-Detector based on the high performance through-silicon via (TSV) technique significantly reduces noise to provide high quality images at low dose.
Coordinated Control System Architechure
Rapid Transfer of Large Datasets
Supports the 360 million voxel data acquisition and reconstruction speed up to 60 IPS
Real-time System Condition Monitor
High system reliability with enhanced serviceability
System Hardware Synchronization Control on a Microsecond Basis
Supports precise radiation dose control and 0.3s high speed gantry rotation
Excellence in Cardiac Imaging
Intelligent and adaptive phase selection
100kW Max Generator Power
Clearly visualize challenging patient anatomy
0.3s Rotation Speed
Improves the temporal resolution for cardiac imaging
Adaptive And Intuitive Applications
Single-click post-processing to make image interpretation simpler
Precision in Dose control
70kV Scan Mode
70kV scan mode can increase signal-to-noise ratio (SNR) to be especially beneficial for pediatric patients, contrast imaging and CT Venography (CTV) imaging.
KARL 3D Iterative Denoising
The state-of-the-art algorithm is performed in both the projection and image spaces to provide low dose, high quality images.
Auto ALARA kVp
uDose generates an optimized 3D dose distribution plan for every individual scan according to anatomical information.