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How 3D Printing Labs Boost Effectiveness of Radiology

March 17, 2024

Incorporating 3D printing labs into radiology departments presents multifaceted advantages. Beyond aiding in education and training by producing anatomical models for teaching and practice, these labs pioneer personalized medical devices, ranging from pediatric implants to orthopedic solutions.

Notably, the technology’s role in saving lives is exemplified by a case where a 3D model of a fetal airway anomaly facilitated precise pre-birth planning, ensuring a successful intervention post-delivery.

“They were able to nail the timing down exactly. I got the call after the case and they said everything went beautifully, and they still send me videos of how the little guy is doing,” said Summer Decker, professor and vice chair for research and innovation at University of South Florida.

“And those are the kinds of wins we want, and they know radiology is the place to come to get access to that kind of technology,”

How 3D Printing Labs Boost Effectiveness of Radiology
3D printed fetus screengrab. (Image Credit: Radiology Business)

While the cost of FDA-cleared medical printers has decreased, expertise remains paramount. Skilled staff proficient in troubleshooting, anatomy comprehension, and medical image conversion are essential.

The return on investment extends beyond monetary value, encompassing time saved during procedures and heightened diagnostic confidence, leading to enhanced patient outcomes.Furthermore, 3D printing fosters improved patient-physician communication, particularly in complex cases involving pediatric or fetal conditions.

https://innovate-healthcare-cdn.s3.amazonaws.com/2024-03/Summer%20Decker%20explains%20%203D%20printing%20programs%20at%20RSNA23.mp4

Patients’ engagement with the technology demonstrates its impact on their understanding of medical conditions, exemplified by instances where holding a model made from their medical images provides unparalleled clarity.

Ultimately, integrating 3D printing into radiology not only revolutionizes medical practices but also fosters patient-centered care by empowering individuals with tangible representations of their health.

Source: radiologybusiness.com

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About the author | Phillip Keane
Phillip is an aerospace engineer from UK. He is a graduate of Coventry University (UK), International Space University (France) and Nanyang Technological University (Singapore), where he studied Advanced Manufacturing at the Singapore Centre for 3D Printing.
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