Pulmonary valve The tool for pre-op planning of pulmonary valve replacement and stenting Quick, easy, and reliable measurements and planning of transcatheter Pulmonary valve implantations. 3mensio provides a dedicated module for the analysis of the Pulmonary Trunk in both ED and ES and the left and right Pulmonary Artery. Including virtual valve, virtual stent, and simulated Angio. Volume rendering of Pulmonary trunk Pulmonary measurements Three centerlines Automatic centerline Diameter measurement Automatic measurement Pulmonary Trunk measurement Polygon graph tool Automatic segmentation The intuitive workflow can automatically segment three centerlines through the Pulmonary Trunk and the left and right Pulmonary Arteries. But also offers full manual adjustment options. Measurements A variety of measurements is available: • Area • (perimeter derived) diameter • (centerline) length measurements Three centerlines allow measurement of: • Pulmonary valve height • Pre/post bifercation diameters • RVOT dimensions Polygon graph tool The polygon graph tool will give a fast and intuitive overview of the Pulmonary Trunk by means of automated diameter measurements. Pulmonary Trunk assessment Simulated Angio The simulated Angio can be used to find the optimal projections for implantation, which can help save time during the procedure.

Pulmonary valve Virtual valve and stent A virtual valve can be placed into the anatomy to allow better assessment of position and angle. Use the implemented custom valve or import an STL-file. The virtual stent will automatically be aligned with the Pulmonary trunk using the centerline to allow assessment of the needed size and position of the stent. Virtual valve in-stent Virtual stent positioning Anatomic assessment Dedicated views are available to assess the anatomy. A view inside the vessel is possible using the curved sculpt tool. Curved sculpt Coronary distance Coronary tracing The automated...