Description

Toshiba CT scan Activion 16 Slice

The Aquilion 16 CT Scanner is an advanced imaging system engineered to deliver superior image quality, enhanced patient comfort, and faster scan times. Designed for precision and efficiency, it enables physicians to perform accurate diagnoses with clear, detailed clinical images — even for moving organs such as the heart and lungs. With a gantry rotation speed of just 400 milliseconds, it significantly minimizes motion artifacts, ensuring reliable imaging across a wide range of applications.

Power to Perform

Performance for Every Patient

• Routine 0.5-second rotation scanning for faster exams and improved patient throughput

• Supports CTA (Computed Tomography Angiography) exams with uncompromised precision

• 0.5 mm slice thickness delivers sharp, high-resolution images for accurate diagnosis

Uncompromised Technology

• 16-row, 0.5 mm detector configuration for exceptional image detail and clarity

• Industry-leading Low Contrast Resolution (LCR) to visualize subtle tissue differences

• Equipped with Quantum Denoising Software (QDS) to reduce image noise while maintaining detail

• Boost 3D technology enhances volumetric imaging and reconstruction capabilities

Dose Reduction and Safety

The Aquilion 16 incorporates advanced SURETechnologies™ for optimized scanning and radiation dose reduction, without compromising image quality.

Key Dose Reduction Features

• SUREStart™: Monitors contrast uptake in real time using a low-dose preview, automatically initiating the scan when contrast reaches the target region.

• Real-time bolus tracking for precise timing of contrast-enhanced studies

• Multiple ROI (Region of Interest) placement for flexible scan planning

• Automatic scan triggering ensures consistency and accuracy

• Simultaneous tracking of multiple anatomical structures such as the Pulmonary Artery and Aorta

With its speed, accuracy, and intelligent dose management, the Aquilion 16 CT system provides clinicians with the confidence to deliver faster, safer, and more reliable diagnostic results across a full spectrum of clinical applications — from neurological and cardiovascular imaging to orthopedic and body scans.