Navy and Marine engineers have 3D-printed a medical cast aboard an airborne Marine Corps Osprey. This technical innovation holds immense potential for saving lives and limbs, particularly in combat zones.
The successful deployment of 3D-printed casts aligns with the Marine Corps ambitious Force Design 2030 initiative, aimed at enhancing logistical capabilities through automated technology. Spearheaded by experts from the Naval Postgraduate School in Monterey, California, this milestone achievement represents a significant step forward in the Corps’ ongoing efforts.
Spencer Koroly, the brilliant engineer behind the development of the printer used in this groundbreaking endeavor, has paved the way for future advancements in medical care. The ability to rapidly produce customized casts on-site improves treatment efficiency and ensures patient comfort and care. Lt. Col. Michael Radigan, the Marine Innovation Unit liaison for the test, expressed excitement about the future possibilities, stating, “We are just scratching the surface on the capabilities that will come from being able to 3D print in flight.”
By leveraging the power of 3D printing, the Navy and Marine Corps are revolutionizing medical support systems and reinforcing their commitment to enhancing the well-being of servicemembers. This exciting development holds great promise for the future of combat medicine.
This entry was posted in 3D Printing 4D Printing's Network of Research/ Artificial Intelligence., 3D/4D/5D Printing emergence. and tagged 2023 at 10:33 AM, 3D-Printed Casts, Combat Medicine, Force Design 2030, Jaime Moore-Carrillo Mon, July 10, Logistical Capabilities, Lt. Col. Michael Radigan, Marines 3D-print medical cast in an airborne Osprey, medical innovation, Navy and Marine Engineers, Navy and Marine Engineers revolutionize medical care with 3D-Printed casts, Spencer Koroly.