Triage your chest pain patients in a single exam with anatomical and functional information.
Step 1:
Volumetric CACS
Step 2:
Volumetric CTA
Step 3:
Volumetric CTP
SURECardio
ONE Beat
Coronaries, wall motion, ejection fraction and functional analysis in ONE heart beat.
SURECardio
Prospective CTA
Acquires a Cardiac CTA with volumetric temporal resolution and contrast uniformity in ONE 0.275 sec rotation of the gantry and within ONE heartbeat.
Compensate for coronary motion.
Cardiac Adaptive Motion Correction
AMC is an adaptive motion correction algorithm that enhances the visibility of the coronary segments with motion.
- Reducing cardiac motion for patients with higher heart rates
- Compensate for motion within coronaries
SURECardio
Volume Arrhythmia Detection
A safe and reproducible diagnostic study with every cardiac scan.
Volume Arrhythmia detection will automatically adapt the scan protocol for unstable or higher heart rates, ensuring diagnostic image quality.
Single Energy Metal Artifact Reduction.
SEMAR for Cardiac CT
Improved image quality.
Canon Medical Systems' SEMAR (Single Energy Metal Artifact Reduction) utilizes a reconstruction technique to reduce metallic artifact, improving visualization of implants, supporting bone and the adjacent soft tissues for a clearer and more confident diagnosis.
SURECardio
Multi Segment Reconstruction
Prospective, automated for higher heart rates.
SURECardio
Wide Volume CTA
Triage chest pain in minutes.
Wide volume scanning allows for large anatomical areas (greater than 16 cm) to be covered quickly and to be reconstructed and reviewed in one image data set.
SURECardio
Structural Heart Interventional Planning
Volumetric, Ultra Helical combined.
The ability to scan multiple vascular territories with CT is used to plan complex interventional procedures like TAVI or TAVR, where gating is needed through the heart and not through the abdominal aorta and femoral arteries.
These patients often have impaired renal function therefore it is important to reduce the contrast volume as much as possible. The minimum radiation dose should always be delivered.
