3D Printed Heart Models for Cardiovascular Training in Development from BIOMODEX & MHI


Share this Article

Boston and Paris-based medical technology company BIOMODEX wants to improve the way that doctors and surgeons train for procedures; having sat nervously in several family waiting rooms at various hospitals in my lifetime, I am all for this. The company creates customizable, biorealistic haptic simulators and 3D printed medical models that physicians use to rehearse their procedures, and the Montreal Heart Institute (MHI) is partnering with BIOMODEX to make these trainers even better. Of course, as MHI is a top specialized cardiology center, the two will be focusing on a new cardiovascular training solution, featured realistic 3D printed pulsating heart models.

Together, BIOMODEX and MHI will develop multiple case-specific 3D printed models of aortic and mitral valves that cardiologists can use to simulate, and prepare for, these tricky in-valve heart repairs.

“We believe Biomodex’s biorealistic haptic simulators will facilitate and improve training and case-specific rehearsal in structural heart procedures. We are excited to develop with Biomodex new cutting-edge training tools that have the potential to reshape how cardiovascular care is delivered,” said Dr. Walid Ben Ali, cardiac surgeon at MHI.

Founded in 1954 and affiliated with the Université de Montréal, MHI houses Canada’s largest cardiology research, prevention, and genetics centers, so it’s a great partner for BIOMODEX to collaborate with in this endeavor. Additionally, physicians at MHI used the company’s LAACS™ (Left Atrial Appendage Closure System) simulator last year to practice for a Left Atrial Appendage Occlusion (LAAO) procedure, so the institute is already familiar with its technology.

“The future of medicine resides in utilizing technology to provide our patients with better, personalized care solutions. Using case-specific 3D printed models will allow our cardiologists to rehearse procedures on a replica of their patients’ mitral and aortic valves and therefore minimize risks and improve clinical outcomes,” explained Dr. Jean-Claude Tardif, Director of MHI’s Research Center, Professor of Medicine at Université de Montréal, and holder of the Canada Research Chair in personalized medicine.

LAACS simulator

Together, the BIOMODEX and MHI teams will create these heart valve models for surgeons to use in simulations of patient-specific procedures ahead of their actual cases. The 3D printed models will be used with a special cardiac pump and station, which will allow the valves to open and close just like a beating heart. Plus, physicians training with the models will be able to measure the pressure inside the chamber to make sure the proper blood flow dynamics are happening.

BIOMODEX bases the anatomy of its models on patients’ specific medical image, and prints them out of advanced materials that realistically simulate the real organ’s haptic feedback and biomechanics. They can even replicate blood viscosity and flow, and are compatible with ultrasounds as well.

“Physicians often tell us they are impressed by how well our structural heart solution simulates the feel, friction, and haptic feedback of real heart tissue and blood vessels,” BIOMODEX President and CEO Ziad Rouag said. “Simulating valve movement goes well beyond that — and will take our solution to the next level. We are essentially delivering a complex system that replicates a beating heart with valves that open and close as blood moves through. The team here at Montreal Heart Institute has the expertise to make our vision a reality, and we welcome the opportunity to collaborate.”

3D printed pre-surgical training models, like the cardiovascular valve ones BIOMODEX and MHI will be developing, can really help increase a clinician’s confidence, which can then lead to fewer medical and surgical errors. The more prepared a surgeon is going into a procedure, the better the results are all around—when there are fewer errors, hospitalization costs go down, and patients are happier and can go home sooner. In addition, using 3D printing to create these models means they can be much more complex and realistic as well, which can also improve acute and chronic surgical outcomes.

At our Additive Manufacturing Strategies summit, held online and in-person in New York City March 1-3, 3D printing for healthcare is one of the critical industry verticals that will be discussed by panelists and keynote speakers. These discussions will include topics like 3D printed implants, medical regulations, end-user hospitals, and 3D printing in surgical planning. To learn more about these topics and many others, you can register to attend AMS 2022 here.

(Source: Financial Post / Images: BIOMODEX)

Share this Article

Recent News

Immensa and Pelagus 3D Collaborate to Tap “$2 Billion” 3D Printing Opportunity

BMW’s 3D Printed Robot Grippers Cut CO2, Improve Efficiency


3D Design

3D Printed Art

3D Printed Food

3D Printed Guns

You May Also Like

InfinitForm Comes out of Stealth with AI Co-pilot for Manufacturing Design

As manufacturing goes digital, new software tools are proving to be the key to streamlining the connection between users and advanced manufacturing hardware. Whether that is artificial intelligence (AI) for...

3D Printing Webinar and Event Roundup: April 21, 2024

It’s another busy week of webinars and events, starting with Hannover Messe in Germany and continuing with Metalcasting Congress, Chinaplas, TechBlick’s Innovation Festival, and more. Stratasys continues its advanced training...


CDFAM Returns to Berlin for Second Annual Symposium

The second CDFAM Computational Design Symposium is scheduled for May 7-8, 2024, in Berlin, and will convene leading experts in computational design across all scales. Building upon the first event...

BMW Targets WAAM 3D Printed Test Parts for Vehicles Next Year

The BMW Group has long been a user and innovator in additive manufacturing (AM) technology, dating back nearly 35 years. Nevertheless, the auto giant never fails to impress in the...