A dental restoration system comprising: a driver tool including a driving head; and an implant having a tip, a cylindrical body and an open end having an annular shoulder, the cylindrical body including a retention component chamber having a retention component wall; a retention component seated in the retention component chamber of the implant, the retention component including a driver section for interfacing with the driving head of the driver tool and a dental component engagement section with a threaded surface, wherein the threaded surface is an interior surface of the retention component; a dental mating component including a retention component interface surface with threads and a bore therethrough, wherein the threads of the retention component interface surface are on an external surface of the dental mating component; and wherein the dental mating component is arranged to engage the retention component via the threaded surface of the dental mating component interlocking with the threads of the retention component interface surface when the dental mating component is inserted in the implant, the driving head of the driver tool engaging the driver section of the retention component to allow rotation of the retention component via the driver tool to engage the dental mating component apically, such that the retention component moves in a coronal direction relative to the implant towards the annular shoulder as the dental mating component moves in an apical direction relative to the implant towards the tip, the retention component contacting the retention component wall and the dental mating component contacting the annular shoulder of the open end of the implant when the dental mating component is fully attached to the implant. a driver tool including a driving head; and an implant having a tip, a cylindrical body and an open end having an annular shoulder, the cylindrical body including a retention component chamber having a retention component wall; a retention component seated in the retention component chamber of the implant, the retention component including a driver section for interfacing with the driving head of the driver tool and a dental component engagement section with a threaded surface, wherein the threaded surface is an interior surface of the retention component; a dental mating component including a retention component interface surface with threads and a bore therethrough, wherein the threads of the retention component interface surface are on an external surface of the dental mating component; and wherein the dental mating component is arranged to engage the retention component via the threaded surface of the dental mating component interlocking with the threads of the retention component interface surface when the dental mating component is inserted in the implant, the driving head of the driver tool engaging the driver section of the retention component to allow rotation of the retention component via the driver tool to engage the dental mating component apically, such that the retention component moves in a coronal direction relative to the implant towards the annular shoulder as the dental mating component moves in an apical direction relative to the implant towards the tip, the retention component contacting the retention component wall and the dental mating component contacting the annular shoulder of the open end of the implant when the dental mating component is fully attached to the implant.