The document describes ANATOM 64, a precision CT imaging platform that provides high image quality with low radiation dose. It utilizes several advanced technologies including an upgradable detector, iterative reconstruction, dual-energy imaging, and dose management tools. The system aims to achieve precise diagnoses through specialized protocols and high resolution imaging of various anatomical areas like the brain, lungs, abdomen, bones, and cardiovascular system.
3. Advanced Technologies to Achieve
Precise Diagnosis
OptiWave
Detector
Admir3D Iterative
Reconstruction
Ahead-Head Dual-energy
Imaging
High efficiency, excellent
quality and low
maintenance cost
01
The most advanced
leading iterative
technology
02
Really to address the
headache problem on
Brain Imaging by CT
scanner
03
Your expert on dose
reduction for safety
concern
Dose Management
04
Two gantry tilt than your expectation,
more options and more flexibility.
Convenient, efficient, precise and safe
for digital tilt
AccuTilt Dual-mode
Gantry Tilt
05
4. OptiWave Detector
Intellectual
property
The China first CT
detector with 100%
intellectual
property of Anke
M
odular
Design
Modularization
designed, Highly
integrated, fast and
easy for low cost
maintenancend
replacement
High efficiency
Highly integrated
with A/D
conversiony, and
quantum model
established
High quality
Ten - year
radiation damage
is less than 10%
5. Admir3D Iterative Reconstruction
Image Reconstruction
Projection
data based
Image data
based
Raw data based
Anke De-noise Method of Iteractive Reconstruction, Iterative operations are performed in the three domains of raw
data, projection and image, to greatly reduce the image noise and achieve optimal image quality with low dose. High
efficiency than others of being based on only one or two domains
7. Ahead-Head Dual-energy Imaging
KV swing scanning technology, low kV for tissue contrast, high kV artifact less, improve the head image CNR
80kV
140kV
8. Dose Management Platform
A comprehensive dose management solution, based on principle of as low as reasonably achievable (ALARA), dose
reduction, tracking and monitoring patients, cumulative radiation dose, and receiving notifications and alerts if your
predetermined dose levels exceeded
Pediatric dose
optimizationspecially
dedicated protocols
for pediatric patients
with
ultral-low dose care
Automatic mA technology
automatically
controls tube current
to increase or decrease
the signal as necessary to
maintain
constant image noise
while lowering dose
Admir3D can achieve low
dose
and low noise scanning
without
compromising image
quality
Tracking and monitoring
patients, cumulative
radiation dose, and
receiving notifications
and alerts if your
predetermined dose levels
exceeded
9. Admir3D Off Admir3D On
Dose Management Platform
800,1200
-30,300
Note:the radiation dose is only 0.2mSv
10. AccuTilt Dual-mode Gantry Tilt
The system provides digital and mechanical tilt to accommodate different user habits and clinical needs. The
maximum angle of 50 degrees, real-time collision warning system
13. A
B
C
D
ACCU
Preset intelligent positioning procedures to
enable one-button accurate patient positioning
Automatic bolus tracking to trigger the
scan for precise scan timing
Skip patient registration for
emergency scans to save time
Carefully designed default scan protocols
help to get high quality images with ease
E
F
Up to 65 frms / sec real-time
reconstruction
Intelligent typesetting and quick printing to
save time
AccuOrientation
AccuEmergency
AccuScanning
AccuTracking
AccuReconstruction
AccuPrinting
16. Resolution
The quality of the image can
be defined and measured with
spatial resolution and contrast
resolution.
Spatial Resolution Low Contrast Resolution
1.0%
0.5%
0.3%
0.1%
21lp/
cm 2m
m
@0.3%
17. Applications — Skull base
Soft tissue window showing low bone artifact Bone window showing high resolution in bone structure