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Showing results tagged with "Anatomical Models"

3D-Printed Medical Manikins Become Effective Training Aids for COVID-19 Swab Collection

Susan Ong, Catherine Chia
July 16, 2020
3D-Printed Medical Manikins Become Effective Training Aids for COVID-19 Swab Collection

In Singapore, 3D printing has proven to be useful during the COVID-19 pandemic, with its ability to move directly from design to on-demand production for essential medical supplies like ventilators, face shield frames, and other medical devices. One of the perfect examples is the case of 3D- printed medical manikins developed by Creatz3D & AuMed, which has become effective training aids for respiratory swab collection during the COVID-19 pandemic.

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In-house 3D Printing at Mayo Clinic: the highlights

Marta Sambaer
July 11, 2018
In-house 3D Printing at Mayo Clinic: the highlights

Jonathan M. Morris, M.D is a neuroradiologist at Mayo Clinic in Minnesota, U.S. and has been using 3D Printing for 16 years. At the Materialise World Summit, we had the pleasure of watching Dr. Morris give a breathtaking keynote presentation. He captured the audience with stories of his own experience with Medical 3D Printing and 3D visualization, and what's been done since the lab's implementation at Mayo Clinic over the past eight years.

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The Radiologist 2.0. Radiologists are leading the way in medical 3D Printing.

Marta Sambaer
June 04, 2018
The Radiologist 2.0. Radiologists are leading the way in medical 3D Printing.

Radiologists understand anatomy and pathology in the CT and MR images better than any physicians; they can help better segment the anatomy required to create an STL file,” says Dr. Adnan Sheikh, Associate professor of radiology at the University of Ottawa, Canada.

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An Integrated and Accessible Future for 3D Printing in Hospitals

Pieter Slagmolen
April 11, 2018
An Integrated and Accessible Future for 3D Printing in Hospitals

3D Printing has come a long way since the inception of the technology. It has gone from being used almost uniquely for prototypes in industrial environments, to enabling the creation of highly complex, customized medical devices that help physicians provide their patients with better treatment options and a higher level of care.

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