The new trend of CT Scanner
SCENARIA VIEW cutting-edge high-speed data sampling technologies realized 0.35s/rot scanning which can be used not only for cardiac scanning but also whole-body scanning for.
SCENARIA VIEW is Fujifilm’s 128 slice CT scanner which paves the way for the future. The whole body scanner with a 0.35-second rotation speed which reduces kinetic artefact, examination time and contrast volume for vascular exploration dosage, while maintaining excellent diagnostic imagery.
The Scenaria View enhances patient access and comfort by combining a wider 80cm aperture and a unique lateral shift table for easier positioning and lower dose. Scenaria View offers rapid workflow and excellent 3D visualization capabilities with available TeraRecon iNtuition 3D solutions.
REiLI, FUJIFILM’s medical AI technology brand, enables support for physicians in the diagnosis and streamlining of the workflow for diagnostic imaging by combining the image processing technology we have cultivated with the most advanced AI technology to realize improved medical care.
AutoPose
The scan range can be automatically set by the scanogram image. It is expected to improve reproducibility of scan position and efficiency of examinations, contributing to time reduction.
The scan range can be customized according to the operation of the facility since the margin of the scan range can be set in advance. The operator can also check and adjust the automatically calculated scan range.*4
Red: Position set automatically
Blue: Position set automatically + set margin
Lateral Slide Table Function
Easier Positioning of the Region to Be Examined
The patient table can move horizontally up to 200 mm, making it easier to position the scanned region in the center, even in cardiac or orthopedic areas, such as the shoulder. This is expected to improve examination efficiency.
Fujifilm’s Experience and the Utilization of AI Technology*6, Enable Both Reduced Exposure and High Visibility
Intelli IPV is an image reconstruction technique developed with AI technology. Highly accurate processing has been speeded up by using images obtained through sufficient iterative processing as training data. Based on the Fujifilm’s own Visual Model, reconstruction processing using raw data brings the NPS (Noise Power Spectrum) closer to the FBP (Filtered Back Projection) and keeps the image texture, even at high noise reduction rate. It also reduces image noise by up to 90%*7 and radiation exposure by up to 83%*8. The ability of detecting low-contrast is two times better at the maximality.*8
