THE MODEL OF A PROSTHETIC SYSTEM FOR HUMAN KNEE JOINT

Obesity, sedentarism, and other disadvantages of the modern age have led to the emergence of unknown pathological situations a few centuries before. At the same time, the development of medicine, orthopaedic surgery has led to finding ways to solve these situations. The present paper proves that the use of high-tech methods used in engineering can generate solutions in the field of orthopaedics both for obtaining new prothesis models, but also by creating virtual environments for tests. Several CAD techniques and techniques have been explored, coupled with medical imaging, can provide exciting solutions for obtaining virtual environments that can allow "in vitro" analysis of various normal, pathological or prosthetic joints. In this paper we have detailed how to obtain a prosthetic knee joint in a parameterized environment. This joint was tested virtually. In the final of the paper, main conclusions were made.