Introduction: Introduction on monolithic zirconia and its properties. Types of cement systems and modes of retention. Purpose: On the basis of scientific literature introduce and evaluate properties, advantages and disadvantages of cemented monolithic zirconia on titanium abutments. Introduce types of dental cements in modern use and its chemical and mechanical characteristics. Define crucial moments in planning and decision making when dealing with esthetic regions. Methods: Review of scientific literature in PubMed base using keynotes: cement retained implant reconstruction, evalution of cement retained implant reconstruction, survival rate of different implant retainers, periodontal vs peri-implant tissue health studies, luting cements in implantology, CAD-CAM in modern implantology, monolithic zirconia in implantology, angulated dental abutments, planning CAD-CAM anterior implant, angulated cemented implant. Review of Slovenian scientific literature on aforementioned topic. For a practical part we will design and make monolithic zirconia crown on a left upper incisor. We will use intraoral scanner and Exocad program and then render it using CAD-CAM process. Results: Using intraoral scanner we put our data into Exocad program where we decided about proper abutment type and then designed incisor crown. We 3D printed our model and polymerized it under UV light. Monolithic zirconia was glazed using fluorescent paste and cemented with Vita Adiva IA-CEM. Discussion and conclusion: Only good communication between dental laboratory and dental doctors office can ensure a satisfactory results. In doing so we must properly analyze patients problems, oral and general status and patients wishes and combine those into an efficient and definite dental plan. In more demanding cases involving esthetic regions we often have to compromise between plans and indication using alternative solutions which have to be anticipated at the beginning.
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