Turning MRI Scans Into Accurate 3D Printed Models in Hours

By: | January 8th, 2016

Danielle Pace 3D Printed Models

Danielle Pace 3D Printed Models (Image Courtesy www.mit.edu)

Today, patients can hold their own hearts in their own hands thanks to new digital 3D printing technologies.

Nicholas Borgman 3D Model of Heart

Researchers at MIT and doctors at Children’s Hospital in Boston have developed a new method for turning CT and MRI scans into 3D digital or 3D printed models in just a few hours using scan data and algorithms. MIT graduate student in electrical engineering and computer science, Danielle Pace, led the development of a new software that speeds up the segmentation process that creates cross sections of 3D objects. Pace has written extensively on medical image analysis in her paper, which is available on Google Scholar.

According to Pace, existing software wasn’t fast enough and didn’t provide the level of detail she wanted, so she created an image-segmentation algorithm. A typical MRI high-precision scan has about 200 or more cross sections, and existing technology took eight to ten hours to process that information into 3D digital models.

According to cardiac surgeon Sitaram Emani at Children’s Hospital, 3D models are a big help to surgeons as they reveal the anatomical idiosyncrasies of individual patients before surgery begins. The new technology is now being evaluated by seven cardiac surgeons at Children’s Hospital, who used 3D models on ten patients being treated there.

Today, 3D printing is being used to improve pediatric heart surgeries and enhance surgical strategies. Surgeons are also printing 3D hearts for practicing surgical techniques.

The following video describes creating 3D Printable Models from Medical Scans:

David Russell Schilling

David enjoys writing about high technology and its potential to make life better for all who inhabit planet earth.

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