
Fujifilm’s innovation spans across specialties to provide tailored and integrated solutions to meet the unique challenges of modern healthcare.
The SCENARIA VIEW® View CT system delivers exceptional diagnostic precision and efficiency while minimizing radiation exposure for patients. With Intelli IPV iterative reconstruction, advanced workflow optimization, and a compact design, the SCENARIA View is built to enhance the experience for both healthcare providers and patients.
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Since the patient table moves laterally up to 200mm (+/-100mm), off-set regions such as the heart and shoulders can be easily positioned at the center of the FOV, improving examination efficiency.
The Intelli IPV1 iterative reconstruction method allows for exceptional noise reduction while maintaining natural image texture and visibility, even at low doses. Built with Visual Model Technology, it incorporates statistical, physics, and object modeling to balance noise reduction, anatomical accuracy, and image quality.
Benefits of Intelli IPV:
The SynergyDrive Workflow enhances efficiency by reducing time-consuming tasks during the imaging process. Features like Study Tab and Navigation Tab enable simultaneous presetting and image processing for multiple patients, improving throughput and operator satisfaction.
Key Workflow Features:
The SCENARIA VIEW® Focus Edition represents Fujifilm’s commitment to innovative healthcare, offering powerful performance advantages to meet the needs of Radiology, Cardiology, and Emergency Departments, as well as outpatient facilities.
The SCENARIA VIEW® Focus Edition’s optional Cardio StillShot® software is revolutionary, with a proprietary algorithm that creates clear, high-quality images for even the most challenging heart rates.
Optimized Dose Reduction for Cardiac Exams
Perform more exams with Prospective Gating, which reduces patient radiation exposure, versus Retrospective Gating. The SCENARIA VIEW® Focus Edition prioritizes safety without compromising diagnostic accuracy.
Why It Matters:
Using the DICOM standard, it is possible to transfer dose information as a DICOM Structured Report (DICOM SR) to PACS etc.
The entire system comprises just three components; gantry, patient table and operator console.
The Visual Model is a technology that controls image noise and image quality by iterative processing based on the statistical model, object mode and physics model
SCENARIA View® offers a variety of optional features that expand its clinical functionality:Dual Energy Scan, Shuttle Scan, Calcium Scoring, guideShot, riskPointer(LAA Analysis) and fatPointer(Body fat analysis).
AutoPose supports several reference line settings, such as OM Line (Orbitomeatal base line), SM Line (Superior orbitomeatal line) and RB Line (Reid’s base line), for head scanning.
Additionally, since the limits can be set in advance, the scan range can be customized according to the preference of the facility.
The Fully Digital HV Detector. By reducing electrical noise by up to 40%, system power consumption by 45%, and overall standby power consumption by up to 60%, this design delivers unmatched reliability and environmental sustainability.
Key Benefits:
The CORE Plus reconstruction algorithm incorporates a unique cone beam reconstruction approach to minimize streaks and motion artifacts, even during high-speed scans. It ensures sharp, distortion-free images, particularly for high-pitch mode scans.
Key Features:
For cases involving patients with metal implants, the HiMAR ® Plus Technology applies iterative calculations to mitigate metal-induced distortions. It offers adjustable intensity options for precise visualization around areas affected by metal artifacts, improving diagnostic reliability.