The ever-increasing presence and application of digital technology in the production of fixed dental prostheses indicates a need to review the differences between analog and digital protocols during implant-prosthetic therapy, with specific focus on the impression- taking stage of creating a working model. Furthermore, this paper presents prosthetic fabrication procedures of an individual implant-borne crown in a dental laboratory. The paper describes analog and digital methods of impression taking during implant prosthetic therapy and examines conclusions of previous relevant research by thorough review of literature. Following the explication of conclusions drawn from relevant scientific research, the paper further elaborates clinical recommendations concerning the use of analog and digital impression procedures. Additionally, the paper describes two analog methods of implant impression taking – the open and the closed tray techniques, as well as a digital impression made with an intra-oral scanner. This paper further discusses factors influencing the quality of the final impression (working model) particularly focusing on the digital impression and the precise position transfer of the implant to the dental laboratory. The paper is mainly focused on the design and 3D geometry of digital impression transfers (scanbody) and their importance in achieving satisfactory results during the digital production protocol of an implant-borne crown. Moreover, types and features of scanbodies from different manufacturers are also explicated along with textual and visual descriptions of their characteristics. The current state of dental technics is discussed based on the differences between the analog and digital workflow of producing an implant-borne fixed prosthetic appliance furthered by clinical recommendations for the use of digital impression transferring. This master’s thesis, through thorough literature review, aims to answer the question of how different types of scanbodies affect the accuracy of transferring the precise position of a dental implant in a virtual model, as well as which design and 3D geometry of the scanbody ensures the most accurate implant position transfer from the patient’s jaw.