Unlock deeper clinical insights with our new strain AI designed and trained for Cardiac CT studies.

cvi42 | CT Strain enables a comprehensive view of myocardial tissue deformation, regional dysfunction and the heart’s mechanical properties, all without additional scans. By pre-processing multi-phase volumetric CT
studies and leveraging data-driven analyses, cvi42 now allows you to compare subtle changes over time and detect early signs of dysfunction.

Key features included:

• AI–based re-slicing of multi-phase volumetric CT studies to short-axis and long-axis series for strain assessment.
• AI-based contouring of reformatted series.
• Automated calculation of radial, circumferential and longitudinal peak strain, strain rate, displacement, velocity, torsion and torsion rate.
• Easy to deploy and integrate smoothly into your existing clinical environment.

Experience the new standard in Cardiac CT evaluations with our enhanced coronary analysis. The innovative CMPR view brings all critical data together in one place, delivering instant vessel measurements for unmatched performance, precision, and ease of use.

Key features included:

• New generation CMPR View: an all-in-one display combining:
  • Two orthogonal CMPR images for enhanced spatial understanding.
  • A 3D vessel tree with cross-section reference markers for clearer visualization.
  • Precise measurements of both straightened and curved vessel lengths.
  • Streamlined vessel centerline tracking with minimal manual adjustments.
• New Viewer Module: enables viewing of 2D images, secondary captures, and reformatted series in cvi42 | CORE CT.
• MPR: Any adjustments to vessel centerlines are instantly tracked and automatically update the 3D vessel tree view for increased efficiency.

Experience enhanced speed and precision in TAVR planning and reporting with our latest advancements. Calculations now take mere seconds, empowering you to make quicker, more confident decisions.

• Ensure precise measurements for accurate valve positioning thanks to the automatic calculation of Ostia heights, ST Junction, Sinus of Valsalva, Aortic Annulus.

Accelerate your 4D Flow analysis with AI tools tailored to handle complex datasets, helping you visualize subtle details and interact with data more intuitively, ultimately increasing efficiency and saving you time in your clinical practice. With Qp/Qs measurements now automated, you can focus on what truly matters while eliminating unnecessary manual effort.

Key features included:

• AI-automated workflows to visualize and quantify flow patterns
  anywhere in a 3D structure.
• Auto-loading and auto-contouring, AI-based segmentation of aorta, pulmonary artery and heart chambers.
• Automatically detected peak-velocity planes in the aorta and pulmonary artery for automated Qp/Qs measurement.
• Faster loading times for large studies.

Building on our innovations in both MR and CT, we continue to evolve the platform, ensuring it offers the flexibility and integration needed to optimize your clinical workflow and reporting across all systems.

• Access additional export options for improved interoperability with other systems:
  • DICOM SR support
  • XML output for CORE CT results.
• Greater compatibility for Canon and United Imaging images.
• Easily access the Web Viewer, whether at your desk or through any supported browser, to quickly view:
  • Pre-processed MR SAX function results directly in the report
  • 2D Flow, Tissue, and LGE contours from pre-analyzed workspaces.
• The TruPlan client for LAAC planning is now fully compatible with the cvi42 server, simplifying enterprise deployment and enhancing workflow effectiveness.