Revolutionizing Surgical Training: 3D Printed Aneurysms in collaboration with the Medical University of Vienna
We are thrilled to announce that in collaboration with the #MedUniVienna we have successfully 3D printed intracranial aneurysms with an unprecedented level of morphological and mechanical realism.
This breakthrough allows for the simulation of case-specific complex anatomies and the complications related to treatment procedures, significantly enhancing the precision and safety of medical procedures.
A primary challenge in producing these aneurysm models lies in ensuring that the material properties closely mimic real tissue. This precision is crucial to ensure morphological accuracy and promote optimal training outcomes. Furthermore, aneurysms are highly delicate structures, with channels as thin as 2 micrometers and even finer structural details.
As part of the Medical University of Vienna’s SIMIS project, an innovative simulation platform has been developed to replicate case-specific anatomies and complex neurosurgical procedures using additive manufacturing. Together, we have initiated a study to validate the effectiveness of these 3D printed intracranial aneurysms for surgical training and preoperative planning.
This partnership marks a significant step forward in medical training and patient safety, and we are proud to be at the forefront of such pioneering work.
Learn more using this Link or check out the open access publication