[ Source：　|　Author：This station　|　Publication Time：2018-12-19 |　Browse：488Number ]

As an emerging material, titanium has been developed and used in the pharmaceutical industry, medical devices, and human implants in China for nearly two decades. However, it has achieved great success and achieved remarkable social and economic benefits, shortening the gap between China and the world's advanced countries.

Since the 1970s, Northeast Pharmaceutical Factory, Shandong Xinhua Pharmaceutical Factory and Wuhan Pharmaceutical Factory have taken the lead in the use of titanium equipment in the production of aspirin, analgin, caffeine and other products, which not only solves the serious problems that plague the production and development of enterprises. The equipment is corroded and the quality of the medicine is greatly improved.

In recent years, titanium and titanium equipment have been widely used in the technological transformation of many domestic pharmaceutical companies and products such as VC and VB, which has also established the extraordinary position of titanium in the pharmaceutical industry.

Medical equipment and surgical instruments are also one of the areas that have developed rapidly in recent years. Due to the extraordinary superiority of titanium as a surgical instrument, it is well received by surgeons, ophthalmologists, and cardiothoracic surgeons. It is also one of the development directions of surgical instruments today. .

Another remarkable feature of titanium is its good biocompatibility, which has been chosen as the most ideal implant material. For more than ten years, many research departments, medical schools, hospitals, etc. in the world and in China have also done a lot of basic work and clinical research. From the depth and breadth, titanium is the most ideal human implant material. There are thousands of cases of artificial femoral heads, artificial wrist joints, knee joints, artificial implants, skull repairs, and pacemakers. The research, tracking, and comparison of these years have been reported to date. The most ideal material for human implants.