On the question of what medical fields are involved in the design of 3D printing technology, we most commonly see applications in medical devices, such as dental models, bone and joints, and heart models. The field of medical devices is not only familiar to us, but it is also very commonly used as of now.
If we take a developmental view of 3D printing technology, it will not only be used in the field of medical devices, but also in the field of medical drugs.
I've recently seen some reports about the application of 3D printing technology in the drug field by Nanjing San Diegui Pharmaceutical Technology Co. The company's first 3D-printed drug product, T19, has been submitted to the U.S. FDA for new drug clinical trials.
A number of the company's researchers pointed out that compared with traditional pharmaceutical technology, 3D printing of drugs, through three-dimensional spatial design, can provide new ideas for precise drug release, control of drug dosage, improve the efficiency of research and development, and flexible pharmaceuticals.
In fact, relying on 3D printing technology and the development of new ideas for health care in fact does not need to be too rare, after all, based on the digitalization of 3D printing technology everything is possible.