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Home >> Products >> Computed Tomography >> Aquilion ONE™ [feature]

Computed Tomography (Aquilion ONE™ [feature])

Aquilion ONE™[feature]
ONE giant leap forward
Dynamic Volume CT
Aquilion ONE™

Helical and multislice imaging built great milestones in the history of CT. Aquilion ONE offers the next leap forward in CT technology that will revolutionize patient care. Clinicians have long dreamed of being able to acquire isotropic volumes of an entire organ with a single rotation of the gantry. This leap is possible only with Toshiba Medical's Aquilion ONE, the only scanner with a 320-row detector.

ONE Rotation

The wide coverage provided by the 160 mm-wide Detector enables scanning of organs in one rotation, eliminating the need for helical scanning.
An entire organ can be captured at one time, resulting in multiplanar and 3D images demonstrating perfect continuity along the Z-axis. In addition, ultrafast scan times allow the contrast medium dose and exposure dose to be reduced.

ONE Phase

The entire heart can be captured in just one non helical scan for coronary analysis, or over a single heartbeat to include complete functional diagnosis.
Each reconstructed 3D volume represents exactly the same phase of the cardiac cycle, providing incredible motion and distortion free images of the coronary arteries with homogenous contrast enhancement.

ONE Volume

The ability to acquire the entire brain with a non helical one volume scan opens the door to new diagnostic possibilities.
The Neuro ONE protocol allows acquisition of multiple low-dose volume scans of the entire brain during contrast infusion to provide whole brain perfusion and whole brain dynamic vascular analysis in one examination. Dynamic volumetric acquisition protocols can also be used to review moving joint structures in 3D, providing new clinical applications for orthopedic imaging.

Faster results, lower dose

Technology designed to improve patient care through new clinical examinations, with lower contrast medium dose and exposure dose.
Technology that enables faster and more accurate diagnosis.

AIDR 3D

Advanced clinical Application