A "super tool" for Orthopedic Surgeons, Metal 3D printed Orthopedic Parts and instruments

As technologies in upstream and downstream industries such as medicine, materials, and engineering continue to advance, orthopedic technology continues to progress in the direction of digitization, individualization, minimally invasiveness, precision, and intelligence.

Typical innovative technologies include:

Digital orthopedics, including the use of modern imaging technology, computer-aided measurement and design, rapid prototyping, etc.

The rapid advancement of 3D printing technology has brought many possibilities for innovation in the field of orthopedic medical devices. As 3D printing technology has been used to personalize and customize surgical plans, accuracy and efficiency of surgery have improved, while risks have decreased.

Also, tissue engineering, orthopedic regenerative medicine, orthopedic biomechanics, and nano-biomaterials have been applied to orthopedics to expand treatment possibilities.

A combination of precision medicine and intelligent medical technology will be the general trend in the future as the incidence of orthopedic diseases globally increases. In precision medicine, metal 3D printing technology is able to customize products according to the specific characteristics of patients' bones, allowing for rapid customization, reducing operation time, reducing risks, and improving the quality and efficiency of surgical operations. Meanwhile, the pain level of patients is also reduced and shortened, and the future will inevitably usher in a great period of development.