Solutions designed to overcome challenges
Versatile solutions for complex clinical cases
HyperDrive free-breathing chest CT for a patient with emphysema and pulmonary fibrosis.
TrueFidelity images to reveal emphysema and pulmonary fibrosis.
60 keV with GSI MAR reveal mouth floor carcinoma lesions.
Iodine color map with GSI MAR to remove metal artifacts
Dynamic perfusion maps to evaluate the right parietal stroke. Cerebral Blood Volume (CBV)
Dynamic perfusion maps to evaluate the right parietal stroke. Cerebral Blood Flow (CBF)
Dynamic perfusion maps to evaluate the right parietal stroke. Mean Transit Time (MTT)
Dynamic perfusion maps to evaluate the right parietal stroke. Impulse Residue Function (IRF) TO
Smart MAR to reduce artifacts and better visualize the bone fracture (arrow)
Smart MAR to reduce artifacts and better visualize tumor lesion and adjacent vessels (arrows)
1-beat, sedation-free and 0.3 mSv exam of a three-month patient with persistent truncus arteriosus and 177 BPM heart rate
1-beat, sedation-free and 0.3 mSv exam of a three-month patient with persistent truncus arteriosus and 177 BPM heart rate
1-beat, sedation-free and 0.3 mSv exam of a three-month patient with persistent truncus arteriosus and 177 BPM heart rate
Gated axial with AutoGating to capture coronary CTA & aortic valve
Gated axial with AutoGating to capture coronary CTA & aortic valve
Non-gated helical HyperDrive scan to assess aorta
Enabling technologies that exceed expectations
A versatile solution driving the next level of care

Exceeds expectations today and expands to meet your future needs
1. Deep Learning Image Reconstruction, SnapShot Freeze 2 – Whole Heart may not be available for sale in all regions.
2. In clinical practice, the use of ASiR-V may reduce CT patient dose depending on the clinical task, patient size, anatomical location, and clinical
practice. A consultation with a radiologist and a physicist should be made to determine the appropriate dose to obtain diagnostic image quality for
the particular clinical task.