Dental implant prosthetics is an interdisciplinary branch of dental medicine that combines segments of oral surgery, periodontology and dental prosthetics. It represents a quality form of therapy as it enables the replacement of one or more missing teeth. Top quality planning in the surgical segment of the therapy is a prerequisite for a successful construction of a prosthetic replacement, which enables aesthetic and functional reconstruction of orofacial system disrupted upon the loss of a tooth. Implant prosthetics replacements comprise of an osseointegrirated dental implant, implant suprastructure and mobile or fixed prosthetic replacement. One-piece implants, which are currently seldom used because of substantial disadvantages, have been replaced with two-piece systems or systems with detachable suprastructure that is fixed with a vertical screw to the osseointegrated part of the dental implant. Suprastructures of different materials and shapes are currently available on the market. They may be straight or differently angulated, as well as individual or standard. In addition to good implant osseointegration, an important factor for the long-term impact of implant prosthetic therapy is mechanical stability of the connection of the implant and suprastructure. External connections were used initially, yet they were replaced by nternal connections with anti-rotation protection because of their superior features. Internal connections are frequently used by manufacturers with conical Morse taper (cold weld), which provides extraordinary mechanical stability and decreases micro gaps and complications normally associated with them. Similarly, the concept of platform switching is used with internal connections, which reduces bone resorption and consequently improves both the aesthetics and function of such replacements. A large number of manufacturers are currently operating on the market, providing a wide range of dental implant systems and suprastructures, as well as different methods of connection. Some systems are mutually compatible, which implies a more effective optimisation of the system and a greater availability of the components. iological and technical complications are avoided upon use of verified implant systems, which enables a more predictable treatment planning.