The present invention is a dental implant system, wherein the dental implant system comprises a dental implant (1) and an associated implant analog (50), the implant having a longitudinal axis (L1) from the apex end (101) to the coronal end (102). Coronal end with an outer surface extending along and anchored to the bone and for abutment fusion and an abutment connection structure for cooperating with the abutment such that the abutment can be seated in one or more defined positions on the implant 105, wherein the abutment connection structure extends around the entire circumference of the implant and provides a stop in direct contact with the abutment in use and providing a stop for axial positioning of the abutment relative to the implant. An abutment contact surface facing each other, the tubular end portion being in a tubular direction located radially outward of the abutment contact surface. It further comprises an opposing prosthetic contact surface 129, the prosthetic contact surface being a continuous surface extending around the entire circumference of the implant, the associated analog 50 from the vertex end 51 to the tubular end 52 An outer surface comprising an anti-rotation section 53 extending along the longitudinal axis L and having a non-circular symmetrical cross section in a plane perpendicular to the longitudinal axis for non-rotating fixation in the dental model, wherein Analog head 55 is located at the tubular end of the analog and the head is adapted to cooperate with the abutment such that the abutment can be seated in one or more defined locations on the analog, such as in an implant. An abutment connection structure that, when in use, directly contacts the abutment and defines the axial position of the abutment relative to the analog. And a tubularly facing abutment contact surface 58 that provides a branch, the head further comprising a tubularly facing prosthetic contact surface 60 located radially outward of the abutment contact surface.
