On July 18, 2024, Materialise, a global leader in 3D printing software and services, announced its acquisition of FEops, a Belgian technology company specializing in AI-based simulation software.
FEops' advanced technology enhances the efficiency and clinical outcomes of structural heart interventions, and this acquisition will help Materialise expand its cardiovascular solutions, particularly in personalized treatment for heart disease patients.
Expanding Personalized Cardiovascular Care
Integrating FEops' predictive simulation technology with Materialise's 3D planning solutions on the Mimics Planner platform will enable large-scale personalization of cardiovascular treatment. 3D technology is revolutionizing healthcare by allowing mass customization of treatment plans and interventions tailored to each patient’s unique anatomy.
Structural heart disease, especially valve disease, presents a major medical and economic challenge, as it is a leading cause of cardiovascular-related deaths globally. Currently, about 47 million people suffer from valve disease, with the related costs expected to reach $70 billion annually by 2030.
Integrating AI and 3D Technology in Cardiovascular Surgical Planning
Materialise has long contributed to mass personalization in healthcare through the creation of virtual 3D models based on medical images for pre-procedure planning. The combination of FEops’ technology and Materialise’s Mimics Planner software will provide a comprehensive solution for 3D anatomical planning and AI simulation.
According to Materialise CEO Brigitte de Vet, “By integrating FEops' advanced predictive simulation technology with our Mimics Planner, we are expanding cardiovascular solutions to give physicians a complete view of the patient’s anatomy. This integration enhances the accuracy and efficiency of structural heart interventions, improving clinical outcomes and patient safety.”
Here’s How the Software Works:
Step 1: Upload CT
Securely upload patient scans for analysis and professional evaluation by Materialise’s clinical planning specialists.
Step 2: Case Preparation
Their experienced team uses AI to prepare the procedure.
Step 3: Online Intervention Planning
Use the 3D model to interact with the anatomy and review the plan in 3D.
Step 4: Bring 3D into the Cath Lab
Have the plan at your fingertips for reference at any point during the procedure.
According to Materialise, this AI-based simulation software will improve cardiovascular outcomes.
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Benefits of Predictive Simulation Technology
FEops’ predictive simulation technology allows doctors to better predict the interaction between cardiovascular devices and patient anatomy, a critical capability for transcatheter interventions, which have seen increased popularity and application in recent years.
However, assessing patient suitability and potential risks remains a challenge. Simulation and visualization technologies are improving clinical workflows, making these procedures available to more patients and enhancing overall outcomes.
Mimics Planner quick anatomical overview of the aortic root
Application in Future Cardiovascular Care
Materialise is pioneering personalized healthcare using advanced imaging technologies and 3D printing to provide accurate, patient-specific solutions.
These 3D models based on medical imaging enable the creation of personalized medical devices, guides, and implants tailored to the specific anatomical characteristics of each patient. This level of personalization not only improves patient outcomes but also makes personalized healthcare more efficient and accessible to a larger patient population.
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All photos credit: Materialise
Reference: Mimics Planner for Structural Heart Interventions | Advanced 3D Modeling
Materialise Mimics - 3D Planning Software for Doctors
Materialise Mimics is a leading software in converting medical imaging data into 3D models. Designed to support the creation of accurate models from CT and MRI scans, Mimics enables doctors to clearly visualize patient anatomy. Mimics has been widely used in areas such as surgery, personalized implants, 3D medical printing, and surgical planning.
Key Features of Materialise Mimics
Materialise Mimics offers a range of professional and powerful features for physicians:
Convert Medical Images into 3D Models
Mimics converts medical images from CT or MRI scans into detailed 3D models, allowing physicians to clearly visualize complex structures such as bones, blood vessels, and soft tissues. This helps doctors plan complex surgeries in detail.
Automatic and Accurate Segmentation
One of Mimics' strongest features is its automatic segmentation capability. The software automatically identifies and segments different anatomical structures, creating detailed models without significant user intervention. This significantly reduces pre-surgery preparation time and increases model accuracy.
Custom Implant Design
Mimics allows doctors and engineers to customize and optimize implant designs based on the patient's actual anatomy. This feature enables personalized treatment solutions, enhancing success rates and minimizing risks in surgical procedures.
Surgical Planning Support
With detailed 3D models, physicians can easily visualize complex surgical steps and make decisions based on accurate simulations. This not only reduces surgery time but also improves the safety and efficiency of procedures.
Integration with 3D Printing Technology
Mimics allows 3D models to be exported for 3D printing, enabling physicians to create physical replicas of anatomical models or medical parts to support surgical procedures or pre-surgical testing.
Special Specifications of Materialise Mimics
- Medical Image Formats: Supports various popular formats such as DICOM, TIFF, JPEG, PNG, etc.
- Automatic Segmentation: AI-integrated for automatic segmentation of tissues and organs based on medical images.
- 3D Model Export: Supports formats such as STL, PLY, VRML, IGES, and others, facilitating easy integration with 3D printing systems.
- Compatible with Various CAD Systems: Easily integrates with various design and analysis CAD systems.
- High Precision: 3D model resolution can be adjusted according to surgical detail requirements.
Contact Vinnotek today for detailed consultation on Materialise Mimics and discover how it can help physicians optimize medical workflows and enhance treatment outcomes.
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