Mimics Enlight TMVR

Expert structural heart planning with true 3D clarity

Illuminate the complexity of transcatheter mitral valve replacement (TMVR) procedures with the power of 3D-CT planning. Guide your procedural plans with confidence thanks to unprecedented insights from an intuitive workflow. Bring clarity to complexity by using Mimics Enlight’s automated 3D workflow. More accurate planning leads to improved patient outcomes. 

Illustration of a 3D model of the heart, with a tmvr device superimposed on the image

Benefits 

Interactive 3D visualization

Gain an accurate understanding of the mitral valve anatomy in 3D. Easily assess the relationship between the mitral valve and surrounding structures with comprehensive 3D visualization.

More informed decision-making 

Leverage automation for critical measurements to make informed and calculated decisions based on reliable data. Plan more thoroughly in less time with automation. 

Simple preparation for 3D printing

Easily export your planning for 3D printing at the point of care or use Materialise’s HeartPrint service to create an accurate, 3D-printed model of your patient’s anatomy.

Smooth collaboration

Connect with your team on procedural plans with one-click report generation and Mimics Viewer: your direct link to online case sharing, virtual reality, and 3D printing

A virtual reality experience

Enhance the virtual experience with Mimics Viewer by exploring your case in VR and truly appreciating the three-dimensional structure.

Features 

Multi-phase analysis

Easily tag and switch between cardiac phases. You’ll gain more 4D insight from being able to work with multi-phase data.

3D MAC insights

Employ 3D insight into the MAC (mitral annular calcification) anatomical structure, and access the coverage angle, MAC score, and volumetric measurements.

Automatic neo-LVOT measurement

Leverage automation for reliable risk assessment of LVOT obstruction. Accurately measure the neo-LVOT, even with complex device shapes.

Automatic annulus detection

Receive a first estimate of the annulus shape for your native cases. With one click, you can immediately assess the annulus in 3D with the automatic landing zone indicated using the AI-based algorithm.

Easy transapical access planning with rib segmentation

Plan for transseptal or transapical delivery with deeper insight into surrounding anatomy and enhanced visualization of potential fossa ovalis puncture locations.

Explore the planner

There was the impression based on the CT scan that there was narrowing at the level of the LVOT. But that was just one plane and one projection. After using 3D imaging, it was clear that there is no reason for LVOT obstruction.

— Nicolas Van Mieghem, MD, PhD, FESC, Full Professor of Interventional Cardiology, Medical Directory of the Department of Interventional Cardiology, Erasmus UMC

Interested in Mimics Enlight TMVR?

Do you have any questions, or are you interested in getting a demo of Mimics Enlight TMVR? Get in touch with us, and let’s discuss how we can support your work.

Request a demo

Inspiration

Based on validated, published clinical data as part of the MITRAL trial 

Built on the Mimics Innovation Suite technology, the Mimics Enlight TMVR workflow was developed in partnership with Henry Ford Health System. This partnership was led by Dr. Dee Dee Wang, Director of Structural Heart Imaging and Medical Director of 3D Printing. 

Henry Ford Health System logo

L-101759-02 

Materialise medical device software may not be available in all markets because product availability is subject to the regulatory and/or medical practices in individual markets. In countries where no regulatory registration is obtained of Mimics Enlight, a research version is available. Please contact your Materialise representative if you have questions about the availability of Materialise medical device software in your area.