May – December 2021 | Virtual | English

Online Hands-On Workshop

Mimics Enlight Structural Heart Planner

The complexity of procedures is increasing along with the need for enhanced planning and training. A growing number of clinicians are using 3D-CT planning to prepare for structural heart interventions with more confidence. Unprecedented insights are revealed when using 3D-CT planning to create pre-procedural plans.

Join us to gain firsthand experience in 3D-CT planning for TMVR and LAAO during this online hands-on workshop. You will have the opportunity to use the Mimics Enlight planner and discover the benefits of 3D-CT planning for structural heart interventions. After the workshop, you will receive a three-week evaluation license so you can become a 3D-CT planning expert yourself.

Register

Discover

Explore how pre-procedural 3D-CT planning can improve the accuracy, efficacy, and safety of your structural heart procedures.

Learn

Become familiar with 3D-CT planning by using the planner hands-on with a real-life case example.

Connect

Connect with technical experts and fellow 3D-CT planning enthusiasts to discover the technical functionality and clinical benefit of 3D-CT planning.

In this workshop you will:

Explore the value of 3D-CT planning in clinical practice.

Learn how to create an accurate, virtual 3D model.

Learn how to leverage enhanced 3D visualization and automation for accurate planning and informed decision making.

Go beyond planning with online case sharing, VR, and 3D printing.
 

“I would definitely encourage clinicians to try 3D planning, because it will open up a new world of planning. And I am quite sure that they will appreciate the insights that it provides and the fact that it is beyond complimentary to what they’re used to. It really has added value to procedural planning in terms of patient selection, strategy selection, and procedural execution.”


   Nicolas Van Mieghem, MD, PhD, FESC
Full Professor of Interventional Cardiology
Medical Director of the Department of interventional Cardiology
Erasmus UMC, Rotterdam, The Netherlands

This workshop is specialized for:

Everybody involved in pre-procedural planning for TMVR and LAAO cases.

  • Interventional cardiology 
    • Interventional cardiologists
    • Cardiac imagers
    • Cardiac surgeons
  • Interventional implant industry
    • Clinical field specialists
    • Product managers
    • Engineers

System requirements:

All participants must have the following:

  • Windows® 10 - 64 bit operating system
  • Two monitors (inclusive of an integrated screen in a laptop PC)
  • Dedicated or private internet line (hardwire connection preferred)
  • Separate mouse
  • Headset or headphones with mic
  • Built-in or external camera
  • Comply with the Mimics Enlight system requirements
     

If you have any questions about the system requirements, please contact us before completing the registration.

Topic Date Timing Guest Speaker Max Capacity Price  
TMVR MAC Planning May 20, 2021 4PM-6PM CEST

(10AM-12PM EDT)

TBD 10 Free Register
TMVR MAC Planning May 20, 2021 4PM-6PM EDT

(10AM-12PM CEST)

TBD 10 Free Register
LAAO Planning Jun 10, 2021 4PM-6PM CEST

(10AM-12PM EDT)

TBD 10 Free Register
LAAO Planning Jun 10, 2021 4PM-6PM EDT

(10AM-12PM CEST)

TBD 10 Free Register
TMVR MAC Planning Jun 22, 2021 6PM-8PM CEST

(12PM-2PM EDT)

TBD 10 Free Register
TMVR MAC Planning Jun 22, 2021 6PM-8PM EDT   TBD 10 Free Register
LAAO Planning Jul 20, 2021 6PM-8PM CEST

(12PM-2PM EDT)

TBD 10 Free Register
LAAO Planning Jul 20, 2021 6PM-8PM EDT   TBD 10 Free Register
TMVR TSP  Planning Aug 19, 2021 4PM-6PM CEST

(10AM-12PM EDT)

TBD 10 Free Register
TMVR TSP  Planning Aug 19, 2021 4PM-6PM EDT

(10AM-12PM CEST)

TBD 10 Free Register
LAAO Planning Sep 23, 2021 4PM-6PM CEST

(10AM-12PM EDT)

TBD 10 Free Register
LAAO Planning Sep 23, 2021 4PM-6PM EDT

(10AM-12PM CEST)

TBD 10 Free Register
TMVR ViV/ViR Planning Oct 28, 2021 6PM-8PM CEST

(12PM-2PM EDT)

TBD 10 Free Register
TMVR ViV/ViR Planning Oct 28, 2021 6PM-8PM EDT   TBD 10 Free Register
LAAO Planning Nov 16, 2021 6PM-8PM CET

(12PM-2PM EST)

TBD 10 Free Register
LAAO Planning Nov 16, 2021 6PM-8PM EST TBD 10 Free Register
TMVR MAC Planning Dec 9, 2021 4PM-6PM CET

(10AM-12PM EST)

TBD 10 Free Register
TMVR MAC Planning Dec 9, 2021 4PM-6PM EST

(10AM-12PM CET)

TBD 10 Free Register

 

Trainers:

Michael Forbes
Cardiovascular Technical Consultant Materialise US

Michael Forbes serves as a Cardiovascular Technical Consultant for Materialise Mimics Enlight focused on pre-procedural planning for transcatheter device delivery using 3D analysis and additive manufacturing. Throughout his career, Michael has had the opportunity to apply his background in Product Design across a broad range of industries including consumer products, medical, sporting goods, toys, vehicles and more. Some of his most notable work in healthcare came from his time with Henry Ford Health System Innovations as a Product Designer and Licensing Associate where he contributed to research, design, development, and successful licensing of various novel medical devices including structural heart planning methods developed in collaboration Dr. Dee Dee Wang and the Henry Ford Hospital Structural Heart Team.

Winthe Vandoren, M.S.E.
Cardiovascular Technical Consultant Materialise EU

Winthe Vandoren serves as a Cardiovascular Technical Consultant for Materialise Mimics Enlight focused on pre-procedural 3D planning for structural heart interventions. She is passionate about combining technical and medical knowledge to serve the health care industry in finding more optimal solutions. Winthe holds a Master’s degree in Biomedical Engineering and collaborates with several interventional cardiologists. With this strong technical background, she is eager to support your needs as a responsible for the European market.

Clare Otto, M.S.E.
Cardiovascular Technical Consultant Materialise US

Clare Otto is a technical consultant at Materialise specializing in 3D anatomical analysis and modeling for cardiac interventions. She is passionate about improving patient care through the advancement of pre-procedural CT planning, utilizing 3D technology to produce more accurate, consistent, and efficient visualization and measurements. Over the past five years, she has helped to implement personalized patient-planning programs in several major medical device companies and supported the design of hundreds of patient-specific models for research and clinical use. She holds B.S.E. and M.S.E. degrees in Biomedical Engineering from the University of Michigan and has previous research experience in the fields of tissue engineering and medical device design.

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