82cm Ultra-large bore
0.235s Ultra-speedy rotation
16cm Ultra-wide coverage
Patent large bore short geometry design achieves 80cm extended FOV
Complete anatomical structure of large patients or those in difficult positions can be clearly viewed
Ultra-rigid integrated casting gantry design dramatically reduces vibration
Cutting-edge bearing overcomes wear from high load and speedy rotation
Short geometry design allows X-ray tube to overcome centrifugal force with stable output of high mA currency
4K resolution in fine detail delivers never seen before definition enhancing diagnostic certainty
Learn vast amounts of data and extract features of the human body with ease
Provides collision warning and real-time position of the scanning table
Removes disturbances from the environment
Precisely identities five main body parts for smart isocenter scanning
Trained and validated with millions of high and low dose images
Optimized scanning conditions to reduce radiation dose
Applicable to multiple body parts, not limited to head, chest or abdomen
Radiation dose for lung scans has been reduced by 75%.
Note: Authoritative institutions release diagnostic reference levels for radiation dose in adult chest CT examinations.
Institutions |
ACR-DIR |
ACR-AAPM |
NCRP |
CTDIvol(mGy) chest |
12 | 21 | 21 |