An issue with using this approach would be to isolate the anatomy of interest, which is also referred to as segmentation. Given this information, model designers have the ability to recreate the complexity of any disease, abnormal anatomy or variation. Although, developing these models can often become a challenge due to the complexity and irregularity of human anatomy.Ī beginners point would be to use data that is readily available in the form of patient imaging scans which are generated by non-invasive MRI, CT or 3D ultrasound testing. Because there is no tooling necessary for 3D printing, and because of the ability to reproduce complex structures with no added cost, it’s a much more natural match for such applications. If you are looking to have models produced with 3D printing technology, be sure to use our 3D printing services or click here for an instant quote.Īnatomical models have many medical applications everything from patient-specific models used to plan and optimize surgical approaches, to sophisticated training simulations for physician education, to clinically relevant models to verify and confirm new medical devices. If you have complex requirements, are dealing with a new additive technology or imaging tool, or have any further questions about medical 3D printing, be sure to speak with one of our experts.
This step-by-step guide was designed as a resource to assist in medical 3D printing, and the process of going from DICOM files to 3D printed anatomical models.
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