640-slice CT
uCT 960+
Born with AI, the uCT 960+ is an ultra-premium CT scanner with industry-leading AI-empowered technologies throughout the system. Equipped with 16 cm of z-axis coverage, a 0.25 sec rotation speed, an 82 cm ultra-wide bore, and a 318 kg table weight capacity, the uCT 960+ offers precise imaging and ease of use for all types of patients from routine to advanced applications, including cardiac, acute care, trauma, and oncology.
Born with AI - Attainable Intelligence
Improving your clinical applications and efficiency through innovative AI technologies.
One-Beat Cardiac - Simply Masterful
Delivering unrestricted cardiac imaging with a one-beat solution.
Expanded Clinical Offerings - Challenges Overcome
Expanding clinical offerings with no patient left behind.
uAI Vision – AI Empowered Scan Workflow
Using a 3D camera, uAI Vision enables single-click, precise, horizontal and isocenter patient positioning, allowing for easy, reproducible, and efficient scanning.
EasyPositioning
Single-click patient positioning with precise scan range planning based on the selected protocol.
EasyISO
Automatically adjusts the table height for high-quality CT images and optimized surface radiation dose distribution.
Organ-Based Auto ALARA mA *
Automatically recognizing the regions of the chest and abdomen using AI-based technology, Organ-Based Auto ALARA mA enables dedicated and precise dose modulation for combined chest and abdomen scans. Compared with conventional scan modes, this innovative technology provides accurate dose modulation, consistent image quality and a streamlined clinical workflow.
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A: Chest or abdomen helical protocol
An overdose or underdose may occur in the chest or abdomen area when a chest or abdomen protocol is employed to scan the combined region, as only a single set of dose modulation parameters is utilized.
B: Chest helical + abdomen helical protocols
Utilizing separate chest and abdomen protocols for scanning the combined region can increase the radiation dose due to overlapping scans from both protocols.
C: Organ-Based Auto ALARA mA
Organ-Based Auto ALARA mA allows for the implementation of a single protocol combining chest and abdomen scans, achieving equivalent image quality to two separate protocols while reducing radiation dose and scanning time.
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Clinical Advantages of Organ-Based Auto ALARA mA
Based on phantom tests, the image noise in the chest and abdomen are equivalent between the Organ-Based Auto ALARA mA and the individual chest/abdomen protocols. The result of phantom tests reveal that Organ-Based Auto ALARA mA reduces radiation dose by approximately 20% due to precise dose modulation without overlapping scans.
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Scan & Reconstruction – EasyRange
The EasyRange technology simplifies the workflow by automatically and precisely determining scan and reconstruction ranges through advanced deep learning techniques. This feature accommodates various routine and specialized scans, such as head, neck, chest, abdomen, spine, extremities, cardiac and combined protocols.
EasyRange for scan
In real-time, it monitors patient movement and determines the starting line and scan range.
EasyRange for reconstruction
After the scout scan, the system will automatically identify the target body part and plan the reconstruction range.
uAI Cardio Capture
Using an intelligent motion correction with an AI-empowered coronary artery algorithm, we have improved the temporal resolution to 25 milliseconds.
uAI Dose Modulation
An AI-based organ recognition on the scout allows an optimal image noise setting for combined chest and abdomen scanning.
Traditional Dose Modulation
Only one target noise level resulting in under-exposingthe abdomen or over-exposing the chest.
uAI Dose Modulation
Automatic recognition of the chest and abdomen with an AI-based technology allowing a more optimal noise and optimized dose for the entire patient.
Comprehensive Clinical Solutions
Cardiovascular imaging
CardioCapture with 25 ms temporal resolution
Robust, low dose and high quality cardiac imaging within a single heart beat.
Intelligent workflow for cardiac imaging
CardioAssist,
CardioAdapt,
CardioXphase and
CardioCapture.
Fast switching for cardiovascular imaging
A mixed acquisition of ECG-gated axial scans and non-ECG-gated axial or helical imaging.
4D stroke imaging solution
An AI-based organ recognition on the scout allows an optimal image noise setting for combined chest and abdomen scanning.
NCCT
With 16 cm z-coverage, a single scan covers the whole brain. The images can support the evaluation of intracerebral hemorrhage rule-out.
CTA
The arterial phase CTA images can be extracted from 4D dynamic angiographic images.
4D Dynamic CTA
Acquires 4D dynamic angiographic images, auto extraction and separation of arteries and veins.
CTP
Automatically calculate CBV, CBF, TTP, MTT, and Tmax for functional evaluation with more confidence.
Oncology
Dual-Energy Scans
Quantitative and functional measurement with the ability for every scan to be spectral.
Stationary Perfusion Scans
Whole organ perfusion without table motion.
Dynamic Perfusion Scans with up to 40 cm z-coverage
Dynamic perfusion scans with large z-coverage (up to 40 cm) using a variable pitch helix.
First-class experience
An AI-based organ recognition on the scout allows an optimal image noise setting for combined chest and abdomen scanning.
Low Dose Technology
60 kVp scans reduce radiation dose while maintaining image quality especially for smaller adults and pediatric patients.
High patient throughput
A powerful platform and AI-empowered workflow, a large daily throughput while maintaining high image quality.
