Simply performs.
Simply performs.
Delivering clinical results with innovative solutions
1 Depending on system configuration.
Workflow Redesigned to Enhance the Experience.
Position patients quickly with Aquilion Serve SP's built-in positioning cameras and lateral slide. The intuitive touch panel operation ensures you can keep your focus on the patient. The flared gantry design and 80 cm bore provide easy access for emergency or interventional examinations, and may help reduce claustrophobia for patients.
* Option.
INSTINX*, AI-Assisted Workflow Automation
Optimized and consistent imaging that drives workflow and efficiency.
* Depending on system configuration.
1 Based on a study performed at Hakujyuji Hospital, Japan with 40 cases, 10 technologists comparing manual scan planning on Aquilion ONE with automatic scan planning on Serve for body examinations.
2 Based on an ALD evaluation of 240 3D Landmark scans (40 Head, 200 Body) 3D landmark scan data. Cases in which the relevant anatomic landmark(s) were not present (9) were excluded. 97% accuracy is based on results within +/- 1 cm of target start, end, and FOV position, confirmed by two experienced CT Technologists.
Driving Efficiency with Workflow Automation
INSTINX*, AI-Assisted Workflow Automation.
- Intuitive operation and intelligent automated workflows
- Simple and accurate scan planning
- Consistency between operators regardless of their experience
* Depending on system configuration.
1 Based on a study performed at Hakujyuji Hospital, Japan with 40 cases, 10 technologists comparing manual scan planning on Aquilion ONE with automatic scan planning on Serve for body examinations.
2 Based on an ALD evaluation of 240 3D Landmark scans (40 Head, 200 Body) 3D landmark scan data. Cases in which the relevant anatomic landmark(s) were not present (9) were excluded. 97% accuracy is based on results within +/- 1 cm of target start, end, and FOV position, confirmed by two experienced CT Technologists.
3 SURESubtraction Iodine Mapping and Bone Removal.
Sharp, Clear, and Distinct Images at Low Doses
Advanced intelligent Clear-IQ Engine (AiCE).
Deep Learning Reconstruction (DLR) AiCE delivers our best low-contrast resolution ever1, with improved low-contrast detectability, noise and spatial resolution relative to hybrid iterative reconstruction.
1 1.5mm @ 0.3%, 22.6 mGy for Genesis. 1.5mm@ 0.3%, 21.8 mGy for Prime SP.
Filtered Back Projection
AiCE DLR
Sharper with Super Resolution2
Precise IQ Engine (PIQE) 10241 DLR
- Super Resolution2 + low-contrast detectability + low noise + low dose
- Available for cardiac, body and lung4 applications
- Compatible with SEMAR (Single Energy Metal Artifact Reduction)
1 Option.
2 PIQE is designed to fully utilize the maximum resolution of the detector.
3 Timeline reflects global launch dates. Courtesy of Dr. M. Chen, NHLBI, National Institute of Health, USA. Based upon NEQ measurements. Data available upon request.
4 Based upon NEQ measurements. Data available upon request.
* Courtesy of Sunshine Coast University Hospital, Australia.
SilverBeam1 Filter
Ultra-low dose scanning.
The beam shaping energy filter leverages the photon-attenuating properties of silver to selectively remove low-energy photons from a polychromatic X-ray beam, leaving an optimized energy spectrum.
1 Not all options/features may be available across all systems/configurations.
2 Depending on system configuration.
3 Courtesy of Dr. M Chen, NHLBI, National Institutes of Health, USA.
Robust cardiovascular imaging—Automated, adaptive, and easy
Cardiac*
Cardiac scans that adapt to your patients in real-time with intelligent SURECardio* technologies along with the 0.35 second gantry rotation, dose efficiency, and image quality with AiCE or Super Resolution1 PIQE* DLR.
Prospectively gated ultra helical*
Combining the advantages of helical scanning with ECG narrow phase exposure, SURECardio* Prospective offers excellent z-axis uniformity, shorter scan times, and the low-dose advantages delivered by prospective ECG scanning.
* Option.
1 PIQE is designed to fully utilize the maximum resolution of the detector.
