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At MedScan3D, we're proud to work with Materialise to provide access to industry-leading medical imaging, 3D modelling, and patient-specific engineering solutions for healthcare providers, researchers, and medical device companies. Through this partnership, we support a range of Materialise technologies, including: 🔹 Mimics Core Convert CT and MRI data into accurate 3D anatomical models for segmentation, anatomical analysis, virtual procedure planning, and image-based engineering. 🔹 3-matic Medical Materialise's advanced anatomical CAD environment, enabling the design of patient-specific implants, surgical guides, benchtop models, and customised anatomical models. It also supports mesh optimisation, engineering workflows, and preparation for 3D printing. 🔹 Patient-Specific Device Development Support device innovation through anatomical modelling, virtual fit assessment, pre-clinical testing models, and engineering analysis. 🔹 Cardiovascular & Structural Heart Applications Create patient-specific cardiovascular models to support procedural planning, physician training, research, and medical device development. 🔹 FEops HEARTguide Support Support for FEops workflows through the creation of high-quality patient-specific anatomical models derived from CT imaging. These models can be used alongside FEops HEARTguide simulations for structural heart procedure planning, device sizing assessment, physician education, and medical device development activities. The combination of Materialise's powerful software platform and MedScan3D's expertise in medical image processing and anatomical modelling enables organisations to extract greater value from their medical imaging data and accelerate innovation. 📩 If you'd like to learn more about Mimics, 3-matic, FEops integration, or how these technologies could support your organisation, please get in touch and we'd be happy to arrange a call. #MedScan3D #Materialise #Mimics #3matic #FEops #MedicalImaging #MedicalDevices #HealthcareInnovation #PatientSpecificCare #StructuralHeart #3DPrinting #MedTech Jack Lee Harry Poole