For successful treatment, along osseointegration of implant, it is important to preserve the health of peri-implant tissues and to maintain oral hygiene so the restoration would be functional and aesthetically fulfill. Long-term success is achieved through regular checkups. This thesis will show the whole procedure of creating implant supported crown on a clinical example, from the surgical part to the prosthetic restoration. The protocol includes delayed implantation followed by an immediate loading of the implant with a temporary screw-retained crown that has the purpose of conditioning the soft tissue. After a period of maturing and stabilizing of peri-implant tissue, digital impression was taken and the zirconium oxide, screw-retained crown was made. The benefit of a stable emergence profile transferred to a finished prosthetic work reflects on the aesthetic and functional durability of the implant supported crown in general. The advancements in digital dentistry, intraoral scanners, and CAD/CAM systems have simplified the procedure of producing dental replacements. It is possible to digitally create dental restorations with simple processing, design, and high accuracy. Zirconium oxide has proven to be a material with good mechanical, optical, and biological properties, and the production of zirconium oxide ceramics has a wide range of variations needed for prosthetic restorations in dentistry.