Considering that today's way of life is characterized by a lack of physical activity together with an unhealthy diet, joint problems are becoming ever more common. New illnesses started developing because the bones and joints, which connect the bones together, have to withstand more pressure due to their flexibility and their key role in body movement. With the emergence of such illnesses, solutions for them also started appearing, some of which allow for joints to be replaced with artificial joints i. e. implants. In this work the hip-joint is described, as it has been, historically, very important in orthopaedic medicine. With a total endoprosthesis of the hip it is possible to replace a part of the damaged joint which results in patients having better mobility. Furthermore, a fixture was developed which, with its dimensions and characteristics, enabled the precise 3D scanning of the artificial hip. The advantages and disadvantages of the concepts are analyzed and solutions for each concept are set. The fixture is consisted partly of printed components, which are made from a polymer, and partly of aluminum profiles, as the structure's supporting elements.. The quality of the printed components depended on the type of material and the type of. Considering all suggestions and possible challenges, the designed girder has fulfill all the constructive requirements.