uCT 520 is designed to bring customers greater access to advanced technologies. The system also shows excellent financial performance with reliable components and multiple integrated advanced applications.
Workflow with Ease
Intelligent and automated operations for personalised care
Imaging with Care
Comprehensive dose control technologies to deliver optimised dose plans
Outstanding Financial Performance
Reducing total cost of ownership for operation
High Quality Material
Gadolinium oxysulfide (GOS) scintillator provides a fast and high conversion efficiency of X-rays.
Ultra-low Noise Design
The Z-Detector with highly integrated technology, significantly reduces noise to provide low dose, high quality images.
The refined voxel size realizes the exquisite visualization of anatomical details.
AI Empowered Workflow
EasyScan: Intelligently plans the exam for individual patients. EasyLogic: Minimizes the waiting time between operation procedures and accelerates CT exam workflow significantly.
High Performance Post-Processing
The uCT 520 provides advanced post-processing applications for improved diagnostic confidence.
Real 3D Cone Beam Reconstruction
The Real 3D cone beam reconstruction algorithm enables high resolution 3D isotropic images.
KARL 3D Iterative Denosing
The state-of-the-art algorithm is performed in both the projection and image spaces to provide low dose, high quality images.
Imaging with Care
uDose 3D Dose Modulation
UDose generates an optimized 3D dose distribution plan for every individual scan according to anatomical information.
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.
Lightweight CT tube designed for easy serviceability.
Self-cleaning carbon brushes for high slip-ring reliability.
Easy-Logic Intelligent Prediction Platform
The system predicts the next user operation and automatically arranges for scanning.
Up to ± 30˚ physical gantry tilt is available with uCT 520.
uECO mode saves 30% of power consumption compared to conventional standby modes.