Fujifilm CT Image - Scenaria View

Enhanced workflow speed and clear CT image quality across a wide range of applications.

Lower Dose, Remarkably Open Design:

The Scenaria View is a premium performance CT solution engineered for clinical confidence and patient comfort. It delivers dependable routine capabilities alongside advanced modules for Interventional CT, Cardiac CTA, and Dual Energy examinations. By employing 64 discrete detector channels over 40mm coverage and reconstructing up to 128 slices per rotation, the system ensures high-resolution imaging for precise diagnoses.

At the core of the Scenaria View is a commitment to reducing radiation exposure without compromising image quality. It utilizes Intelli IPV, Fujifilm’s next-generation vision model-based iterative reconstruction, which can lower dosage by up to 83% while maintaining diagnostic clarity. Combined with a remarkably open design, the system enhances the patient experience while supporting high-volume workflows.

Key Capabilities Of The View Include:

• Open Design: A spacious 80cm gantry aperture accommodates a wider range of patients, reducing anxiety and improving access for interventional procedures.
• Lateral Shift Table: The standard Auto Lateral Shift Table allows for ±10cm of movement (20cm total range), enabling technicians to position the anatomy of interest at the scan's iso-center for optimal spatial resolution.
• Powerful Performance: Equipped with an 84kW generator providing up to 700mA operation, the system handles demanding scans with ease.
• Metal Artifact Reduction: HiMAR Plus technology minimizes artifacts caused by metal implants, ensuring clearer visualization of surrounding tissue.
• Safety and Compliance: The system includes XR-25 Dose-Check control, is XR-29 Smart-Dose compliant, and holds FDA 510(k) clearance for Low-Dose CT Lung Cancer Screening.

Features:

Optimized Positioning:

• Auto-Lateral Shift Table: Achieve optimal positioning without the physical strain of moving the patient. The Scenaria View features the only standard table capable of shifting up to ± 10cm laterally, providing a total range of 20cm. This mechanism allows technicians to bring off-center anatomy directly to the isocenter. Precise alignment assists with patient positioning, improves spatial resolution, and significantly reduces the radiation dose required for the scan.
• Multi-Bowtie Filters: Maximize patient protection by limiting radiation exposure to the specific area of interest. The system offers selectable Multi-Bowtie filters based on the anatomy being imaged, which reduces the dose in areas outside the filter’s field of view. When utilized in tandem with the auto-lateral shift table, anatomy is centered so the smallest possible bowtie filter can be applied, further optimizing the safety profile of the exam.
• Intelli EC Plus: Maintain consistent image quality regardless of patient size or shape. Fujifilm’s proprietary 3D mA modulation technology, Intelli EC, automatically adjusts the tube current to lower individual dose levels based on anatomy and the selected level of iterative reconstruction. The upgraded Intelli EC Plus adds real-time control of mA to achieve a constant Noise Standard-Deviation, ensuring that every image meets diagnostic standards without unnecessary radiation exposure.

Patient Comfort:

• Uncompromised Image Clarity: The higher data sampling rate allows for faster anatomic coverage while maintaining exceptional image quality. This speed significantly reduces motion artifacts, ensuring that even scans requiring rapid acquisition result in crisp, diagnostic-quality visuals.
• Enhanced Patient Accommodation: Featuring a wide 80cm gantry aperture, the system offers a more open environment that helps alleviate feelings of claustrophobia. This spacious design simplifies positioning and provides a more comfortable experience for broad-shouldered or anxious patients.
• Robust Weight Capacity: Built to serve a diverse patient population, the table supports up to 550 lbs (250 kg). This higher standard weight capacity ensures that bariatric patients can be imaged safely and securely, removing barriers to care.
• Optimized Cardiac Safety: The system integrates ECG Dose Modulation to prioritize patient safety during cardiac imaging. By automatically reducing the mA during cardiac phases that are not intended for image reconstruction, it effectively lowers the radiation dose during Cardiac CTA exams without impacting diagnostic utility.

Lower Does Techniques:

At the heart of the Scenaria View’s performance is Fujifilm’s advanced IPV (Iterative Reconstruction) technology. Unlike conventional iterative reconstruction methods that can often blur image textures, IPV utilizes "vision modeled" processing to preserve the natural appearance of the scan. This technology maintains the familiar image texture of Filtered Back Projection (FBP) while significantly reducing noise and radiation dose.

• Significant Dose Reduction: Achieve up to 83% dose reduction while maintaining the same image quality (low contrast detectability) compared to standard FBP reconstruction.
• Enhanced Clarity: Experience up to 90% image noise reduction at equivalent doses, resulting in cleaner, sharper visuals for diagnosis.
• Improved Detectability: Benefit from a 2.0x (100%) improvement in low contrast detectability at the same dose, making it easier to identify subtle anatomical details.
• Natural Texture: The system retains a natural image texture appearance similar to FBP, even when using higher IPV strength levels, ensuring radiologists have the visual data they rely on.
• Controlled Noise Reduction: The noise reduction rate is automatically controlled according to the specific IPV level selected, providing consistent results.

Optimized kV Settings for Patient Safety:

The Scenaria View offers flexibility to tailor scans to the individual patient, further emphasizing safety and precision. With four distinct settings, clinicians can lower the kilovoltage (kV) based on patient size, which is particularly critical for protecting smaller patients and pediatric cases from unnecessary radiation.

• Four kV Settings: Select from 80kV, 100kV, 120kV, and 140kV to match the specific clinical scenario.
• Tailored Dosing: Lower kV settings allow for reduced doses for small patients and children, aligning with ALARA (As Low As Reasonably Achievable) principles.

Axial Snap-Shot Imaging:

• Prioritize patient safety: The Axial Snap-Shot Imaging feature utilizes prospectively gated step-and-shoot cardiac scanning. This technology pulses the X-ray "on" only during specific phases of the cardiac cycle, significantly reducing the overall radiation dose delivered to the patient while capturing sharp, clear images of the heart.
• Comprehensive Dose Reporting: Streamline your workflow with versatile reporting options designed to meet diverse administrative and clinical needs. The Scenaria View automatically generates both DICOM Dose Structured Reports and Simple Dose Reports, ensuring you have the right data format for your IT infrastructure and physician review requirements.
• Intelligent Dose Awareness: Maintain strict safety standards with built-in monitoring systems. Compliant with NEMA XR-25 standards, the Dose Check feature actively monitors exam settings against established notice or alert levels. This proactive system alerts operators before exams proceed, adding an extra layer of protection against excessive radiation exposure.

3D Auto Positioning Camera include:

• One-Touch Isocenter Alignment: Once a target region is selected, the patient table automatically moves to the precise start and height position. The system also performs lateral adjustments to place the specific anatomy directly in the gantry Isocenter, ensuring optimal image quality.
• Intelligent Workflow with AutoPose: The AutoPose feature dramatically shortens examination times by using automated algorithms to suggest scan ranges and dimensions based on the patient's size and selected protocol. This creates a consistent scan plan on the scanogram, minimizing the steps required for patient setup.
• Enhanced Console Visualization: Technologists gain full control and visibility through the operator console, which displays the 3D camera image in real-time. This enables precise planning of the CT scanogram, ensuring accuracy and efficiency before the scan begins.

Technology:

Scan Parameters:

Scan Acquisition Types:

Gantry:

X - ray Detector:

X - ray Tube:

X - ray Generator:

Patient Table:

Operator's Console:

Image Reconstruction:

Dose Reporting: