The potential of 3D printing technology in clinical medicine is huge
Today, 3D printing technology is now widely used in various fields, and with the rapid development of 3D printing technology, the technology has begun to be applied to clinical medicine . It is now possible to implant a 3D printed vertebral body implant into the human body, or to print a heart model. We believe that 3D printing will become the main force in the future development, whether in medical or industrial fields.
In June of this year, the world's first metal 3D printing custom 19 cm artificial spine implant was successfully completed. This also marks the official opening of the artificial vertebral body in China's 3D printing technology. Minimally invasive surgery is a relatively common procedure, but how to accurately determine the position of the needle is a problem. This problem was solved with the help of 3D printing technology. The above case assisted surgery with 3D printing technology to accurately determine the position of the lower needle.
In addition, in the field of cardiac diagnosis and treatment, 3D printing can play an unexpected role in the diagnosis and treatment of structural heart disease, especially complex congenital heart disease. The emergence of 3D printed prosthetics has led many companies and medical organizations to see the hope that they can produce 3D printed prostheses at lower cost and in less time to bring benefits to more patients.
Recently, researchers at the University of Würzburg, Germany, tested the dose of radioactive materials for clinical prototyping through a 3D printed organ model. During the study, the researchers printed a set of kidney models in 3D and used them as test organs.
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