Beijing Zhongan Taihua Technology Co., Ltd. specializes in the research and development, design, production, sales and service of sterile orthopedic products. The product line covers trauma, spine, sports medicine, joints, 3D printing, customization, etc. The company is a national high-tech enterprise, a key R&D enterprise during the 13th Five-Year Plan, and a major national special R&D base.
Zhongan Taihua's team consists of a group of versatile professionals in the fields of medicine and engineering. The products they design meet the process requirements and make doctors very satisfied. By integrating the professional knowledge of doctors and clinical engineers, Zhongan Taihua's products are more user-friendly. The company's core product is the world's leading anchor product that simultaneously fixes large bones and soft tissues. It is extremely competitive and solves the world's problem of simultaneous fixation of soft and hard tissues. Although orthopedic interbody cages typically require lifetime implantation into the hip joint, some products have a service life of only thirty to forty years due to friction and wear, leaving many young patients facing secondary revisions. Zhongan Taihua has performed well in quality improvement, with the ball head accuracy reaching 5μm, far exceeding the industry standard of 10μm. This results in a smoother surface, lower coefficient of friction and longer service life, suitable for a lifetime of use.
In terms of artificial joint replacement, conventional products are manufactured using mechanical methods and are relatively low-cost, but they cannot meet the needs of some rare and difficult surgeries. Despite a significant increase in capital investment, Zhongan Taihua decided to adopt 3D printing. Companies are unwilling to sacrifice the opportunity to better serve patients in order to maximize profits. Patients who receive 3D printed orthopedic products show improved survival rates, better bone ingrowth, enhanced functional recovery, and longer lifespans. Bone tumors, as a very unique disease, require extreme management to customize the acetabular cup. Since they are not load-bearing and have a special shape, they require 3D printing technology. 3D printed orthopedic products are mainly used in non-load-bearing areas with highly irregular shapes and relatively high porosity. They can be designed and printed into any shape based on the anatomy of the human body. Additionally, they create porosity and sized pores based on the structural characteristics of the bone, promoting bone ingrowth.
Post time: Jan-18-2024