Unprecedented Whole-heart Temporal Resolution

• 16cm Z-Detector
  Full heart coverage with a single rotation
• 0.25s/rotation
  Leading rotation speed at 16cm coverage
• CardioCapture uAI
  AI empowered motion correction

25ms

• Along with the full detector coverage and industry leading rotation speed, uCT960+ covers the whole heart in 125ms with half scan.
• The innovative CardioCapturetechnology further boosts the effective whole-heart temporal resolution to 25ms, providing confident diagnostic images for patients with high heart rates and arrhythmias.

Z-detector Architecture
High Resolution and Ultra-low Noise

16cm Z-coverage

• Full organ coverage in asingle rotation
• 3D ASG manufactured with 3D printing technology for accurate scatter photon shielding
• Real 3D Full reconstruction technology designed to mitigate cone beam artifacts associated with wide coverage systems

Fully Integrated Design

• Innovative Through-silicon-via (TSV)Technology
• cm to μm level signal conducting path shortening
• Uitra-low noise signal output = Low Dose

0.5mm Detector Element Size

• 0.5mm detector acquisition in all FOVs and collimations
• High number of detector elements –299,520

CardioCaptureAI uAI
Empowered Coronary Artery Motion Correction

Why AI?

• Motion correction is essentially the extraction of object movement tracks, based on which the correction is conducted
• The precise estimation of object movement tracks relies on the extraction of coronary arteries and their centerlines
• The conventional vessel extraction is usually based on CT value threshold, fixed coronary models, etc., which often fails especially for vessels with motion artifacts
• The AI based technology learns from different coronary artery images, enabling efficient and precise vessel extraction, showing great advantages for distal vessels

AI Empowered Coronary CTA Workflow
Automated, Standardized and Personalized

uAIVision
AI Empowered Scan Navigation

• Digitalizing the Patient
  Building real-time digital models for every patient with deep learning technology
• All Patient Positions
  Anatomical structures of the patient can be identified with any positioning
• EasyPositioning
  Single-click patient positioning with the scan range precisely located based on the protocol selected
• EasyIso
  Optimize the coronary CTA image quality and patient surface dose distribution

Severe Arrhythmia
50~215 bpmOne-beat Cardiac Scan

• Patient
  Female, 58y
  Severe arrhythmia with HR 50~215 bpm
• CorCTA Axial
  Imaging mode 640×0.5mm
  0.25s/rotation
  Single rotation axial acquisition
  100kV
  CTDIvol5.0mGy
  Effective dose1.13mSv
• Contrast
  50ml, 370mg/ml, 5ml/s

Atrial Fibrillation 49-165 bpm with Pacemaker
One-beat Cardiac Scan

• Patient
  Male, 58y
  Atrial Fibrillation with HR 49~165 bpm
• CorCTA Axial
  Imaging mode 640×0.5mm
  0.25s/rotation
  Single rotation axial acquisition
  100kV
  CTDIvol 4.1mGy
  Effective dose 0.92mSv
• Contrast
  50ml, 370mg/ml, 5ml/s

Atrial Fibrillation 43-102 bpm
One-beat Cardiac Scan

• Patient
  Male, 71y
  Atrial Fibrillation with HR 43~102 bpm
• CorCTA Axial
  Imaging mode 640×0.5mm
  0.25s/rotation
  Single rotation axial acquisition
  100kV
  CTDIvol 4.8mGy
  Effective dose1.08mSv
• Contrast
  55ml, 370mg/ml, 5ml/s

Myocardial Bridging with 102bpm
One-beat Cardiac Scan

• Patient
  Female, 73y
  102 bpm
• CorCTA Axial
  Imaging mode 640×0.5mm
  0.25s/rotation
  Single rotation axial acquisition
  100kV
  CTDIvol 4.8mGy
  Effective dose 1.07mSv
• Contrast
  45ml, 370mg/ml, 5ml/s

Free-breathing Imaging
One-beat Cardiac Scan

• Patient
  Male, 52y
  62 bpm
  Unable to follow the breathing navigation
• CorCTA Axial
  Imaging mode 640×0.5mm
  0.25s/rotation
  Single rotation axial acquisition
  100kV
  CTDIvol 3.8mGy
  Effective dose 0.85mSv
• Contrast
  40ml, 370mg/ml, 5ml/s

Imaging Challenging Anatomy
One-beat Cardiac Scan

• Patient
  Male, 37y
  89 bpm
  Height 5ft.11in., Weight 287 lbs, BMI 39.2
• CorCTA Axial
  Imaging mode 640×0.5mm
  0.25s/rotation
  Single rotation axial acquisition
  120kV
  CTDIvol 17mGy
  Effective dose 3.88mSv
• Contrast
  50ml, 370mg/ml, 5ml/s

One-stop Cardio-cerebralvascular Imaging
One-beat Cardiac Scan combined with Fast Helical CTA Scan

• Patient
  Female, 62y
• CorCTA Axial
  Imaging mode 640×0.5mm
  0.25s/rotation
  Single rotation axial acquisition
  Effective dose 0.64mSv
• Carotid CTA
  Imaging mode 320×0.5mm
  0.25s/rotation
  Scan range 588mm
  Effective dose 1.7mSv

Scan Time
4s including the switch from axial to helical scan

Contrast
45ml, 370mg/ml, 5ml/s

One-stop TAVR Imaging
One-beat Cardiac Scan combined with Fast Helical CTA Scan

• Patient
  Female, 74y
  49-103bpm
• CorCTA Axial
  Imaging mode 640×0.5mm
  0.25s/rotation
  Single rotation axial acquisition
  Effective dose 0.91mSv
• Aorta CTA
  Imaging mode 320×0.5mm
  0.25s/rotation
• Scan range 650mm
  Effective dose 1.75mSv
• Scan Time
  6s including the switch from axial to helical scan
• Contrast
  55ml, 370mg/ml, 5ml/s

Enhance the Clinical Decision Support for ER
One-stop Imaging Solutions with Accelerated Workflow
Every second counts in the Emergency Room. CT serves as an important imaging approach for ER due to its capability of fast whole-body scans. uCT960+ is designed to further enhance this capability, providing one-stop imaging solutions with fast and multi-dimensional information for the clinical decision support in ER.

One-stop Stoke Imaging
One Contrast Injection, from Anatomical to Functional Information

Non-contrast CT

• Rule out intracerebral hemorrhage or other non-vascular diseases
• Initial evaluation of cerebral infarction early ischemic clinical signs

CTA

Identify and evaluate the offending vessels for the arterial ischemic stroke (AIS)

4D Dynamic CTA

• Comprehensive analysis of the collateral circulation with multi-phase CTA
• Support analysis for up to 20 time points

Volume CT Perfusion

• Identify the infarction and the salvageable ischemic penumbra
• Adjustable scan interval and dose

One-stop Triple-rule-out Imaging
One Contrast Injection for the Coronary Artery, Pulmonary Artery/Vein and Aorta CTA

• Patient
  Female, 70y
  73bpm
• Pulmonary CTA Axial
  Imaging mode 640×0.5mm
  0.25s/rotation
  Effective dose 0.9mSv
• CorCTA Axial
  Imaging mode 640×0.5mm
  0.25s/rotation
  Single rotation axial acquisition
  Effective dose 0.9mSv
• Aorta CTA
  Imaging mode 320×0.5mm
  0.25s/rotation
  Scan range 770mm
  Effective dose 1.16mSv
• Scan Time
  6s including the switch from axial to helical scan
• Contrast
  40ml, 370mg/ml, 5ml/s

Accelerated Trauma Imaging
Half-second Full Brain Imaging

Head Axial
Imaging mode 640×0.5mm
0.5s/rotation
Single rotation axial acquisition
120kV, 347mAs
CTDIvol 44.8mGy

• Eliminate motion artifacts caused by involuntary movement
• Clear visualization of the skull base with minimized scatter and cone beam artifacts

Accelerated Trauma Imaging
Fast Fracture Localization with the Bone Structure Analysis

Automated rib and spine labeling

Multi-view observation

Accelerated Acute Abdomen Imaging
Instant VR/MPR Preview Images

• MPR images can assist the fast localization of lesion, increase the sensitivity and accuracy for the diagnosis of acute abdominal diseases
• Real Time 3D generates VR/MPR preview images along with axial preview images during X-ray exposure

Care for All
Patients and Technologists

Since the beginning of 2020, the COVID-19 pandemic had spread throughout the globe and heavily impacted the healthcare system in a way that never happened before. uCT960+ is designed for safe and precise examinations, both for patients and technologists.

For Elders
Free-breathing and Motion-free Lung Imaging

74y female with AD Sub-second free-breathing lung imaging

89y male with COPD Sub-second free-breathing lung imaging

For All Sizes
Improved Patient Experience

82cm Bore Size

700 lbs Table Load Capacity

For Pediatrics
Dedicated Pediatric Protocols with ALARA Principle

60kV
Scan Mode
Greatly reduces the radiation dose while maintaining the image quality for pediatric patients

16cm
Single-rotation Pediatric Multi-organ Imaging
Reduce the sedation requirement for pediatric patients