dijous, 5 d’abril de 2018

This patented 3D printing method could boost medical device innovation

Michael McAlpine 3D printing semiconductors LEDs Princeton University University of Minnesota

Mechanical engineering professor Michael McAlpine shows off an LED that was 3D printed in curved glass. [Photo by Frank Wojciechowski/Princeton University]

Michael McAlpine, a 3D printing pioneer at the University of Minnesota, suspects that a method he helped invent to print semiconductors could help boost innovation in the medical device field and elsewhere.

The U.S. Patent Office in February issued a patent for “3D printed active electronic materials and devices.” The patent covers work that McAlpine, a University of Minnesota mechanical engineering professor, and Yong Lin Kong, a University of Utah mechanical engineering professor, conducted when they were at Princeton University. Princeton is the patent’s assignee.

[See McAlpine describe the edge of the 3D printing frontier at DeviceTalks Minnesota, June 4–5 in St. Paul, Minn.]

The patent describes a 3D printing method to produce active electronics made of semiconducting materials — a method that only uses a 3D printer. “These disclosed semiconductors may provide a multitude of end uses, such as wearable displays and/or continuous on-eye glucose sensors,” the patent said. “These devices may also include a range of functionality, from including quantum dot light-emitting diodes (QD-LEDs), MEMS devices, transistors, solar cells, piezoelectrics, batteries, fuel cells and photodiodes.”

Get the full story on our sister site Medical Design & Outsourcing.

The post This patented 3D printing method could boost medical device innovation appeared first on MassDevice.



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