LAAO Planner

Harness the power of 3D planning to create clear pre-procedural planning for Left Atrial Appendage Occlusion (LAAO). Depend on accurate planning from an intuitive workflow to complete the procedure with confidence.

Request a demo Explore the value of 3D planning Learn more in our webinar

LAAO Planner

Harness the power of 3D planning to create clear pre-procedural planning for Left Atrial Appendage Occlusion (LAAO). Depend on accurate planning from an intuitive workflow to complete the procedure with confidence.

Request a demo Explore the value of 3D planning Learn more in our webinar

Key Features in Action

Interactive 3D visualization

Instantly gain an accurate understanding of the LAA anatomy in 3D. Easily assess the relationship between the LAA and surrounding structures with comprehensive visualization and measurements directly in 3D as well as 2D.

Landing zone assessment

Easily indicate the LAA ostium and landing zone on CT or directly on the interactive 3D model and automatically receive accurate area measurements. Visualize and adapt the area in 3D with automatic measurement updates.

Automatic appendage depth measurement

Easily assess the appendage depth with the intuitive automatic depth measurement tool. Accurately measure the appendage depth by planning in 3D and receiving real-time updated depth measurements.

Virtual implantation

Select the correct device and illuminate challenging delivery pathways through enhanced 3D visualization. Indicative simulation of device delivery provides an understanding of device feasibility and implant fit.

Online case sharing

Connect with your heart team on procedural plans with one-click report generation and virtual case sharing with Mimics Viewer. The online platform is optimized for desktop and mobile users which allows the receiver to view 3D patient models, planning, and device designs via a user-friendly interface.

Virtual reality

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

3D printing

Physically assess implantation and catheter feasibility for complex cases using an accurate 3D-printed copy of your patient’s anatomy. Easily export your planning for 3D printing at the Point-of-Care or use Materialise’s HeartPrint service.

Key Features in Action

Interactive 3D visualization

Instantly gain an accurate understanding of the mitral valve anatomy in 3D. Easily assess the relationship between the mitral valve and surrounding structures with comprehensive visualization and measurements directly in 3D for delivery planning.

Landing zone assessment

Easily indicate the LAA ostium and landing zone on CT or directly on the interactive 3D model and automatically receive accurate area measurements. Visualize and adapt the area in 3D with automatic measurement updates.

Automatic appendage depth measurement

Easily assess the appendage depth with the intuitive automatic depth measurement tool. Accurately measure the appendage depth by planning in 3D and receiving real-time updated depth measurements.

Virtual implantation

Select the correct device and illuminate challenging delivery pathways through enhanced 3D visualization. Indicative simulation of device delivery provides an understanding of device feasibility and implant fit.

Online case sharing

Connect with your heart team on procedural plans with one-click report generation and virtual case sharing with Mimics Viewer. The online platform is optimized for desktop and mobile users which allows the receiver to view 3D patient models, planning, and device designs via a user-friendly interface.

Virtual reality

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

3D printing

Physically assess implantation and catheter feasibility for complex cases using an accurate 3D-printed copy of your patient’s anatomy. Easily export your planning for 3D printing at the Point-of-Care or use Materialise’s HeartPrint service.

What our users say

“The anatomical appreciation is crucially different between conventional CT and with 3D planning. We added so much more granularity to our understanding using the 3D planning."

Nicolas Van Mieghem, MD, PhD, FESC

Full Professor of Interventional Cardiology

Medical Director of the Department of Interventional Cardiology

Erasmus UMC, Rotterdam, The Netherlands

"Actually, this is impressive. It’s quite intuitive and really only needs the basic anatomical knowledge to know how to work with the software."

Mehdi Eskandari, MD, FRACP

Imaging Cardiologist

King’s College Hospital, London, UK

Explore the Planner

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

Resources

BLOG

7 Ways 3D Planning Can Support Your LAAO Procedure

WEBINAR

Explore the Mimics Enlight LAAO planner

Mimics Enlight
Expert Transcatheter Planning with True 3D Clarity

Prof. Thomas Modine, Dr. Ralph Stephan von Bardeleben, and Clare Otto will be hosting our latest release webinar. Discover how the newest version of Materialise Mimics Enlight takes 3D planning to the next level with even more workflow automation and infused artificial intelligence to make the planning process faster and more predictive.

Learn more in our webinar

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LAAO Planner

LAAO Planner

Key Features in Action

Interactive 3D visualization

Landing zone assessment

Automatic appendage depth measurement

Virtual implantation

Online case sharing

Virtual reality

3D printing

Key Features in Action

What our users say

Explore the Planner

Resources

Mimics EnlightExpert Transcatheter Planning with True 3D Clarity

Mimics Enlight
Expert Transcatheter Planning with True 3D Clarity