Dental implants remain an important treatment option for the replacement of a missing tooth or teeth, as the success rate approximates 90% ^[1]. Osseointegration is a necessary requirement for the treatment modality ^[2], but may be jeopardized by peri-implantitis, which is a pathological cause of bone loss ^[3]. Peri-implantitis may result from several factors ^[3], including a poor implant-abutment interface, which could act as a facilitating factor in some cases. In this sense, the Finite Element Analysis is a reliable tool that can provide usefull biomechanical aspects of this dental treatment, without harming animals and humans ^[4]. Despite the widely aplicability of this numerical method, the boundary conditions and mechanical properties should be properly informed during the results calculation to avoid erroneous conclusions ^[5]. Follow the present video abstract to observe one of the many possible study development using the reported method.