Until recently, metal ceramic restorations have been the best solution for a large number of indications in fixed prosthodontics, but lately they have been pushed out by better and aesthetically superior non-metal ceramic restorations. Restorations made of full ceramic provide much greater possibilities thanks to greater transparency, better leakage of light, excellent biocompatibility and low tendency to form plaque. Insufficient fatigue strength of full-ceramic restorations has been restricted their clinical application in a very small number of indications for a long time. Further expanding of the indications for the use of full ceramics was only possible by using ceramics with extremely high dynamic strength, such as aluminum or zirconium oxide. Reasons for increased interest for using zirconium oxide as a building material in reconstruction are its good chemical, mechanical and aesthetic properties and dimensional stability. Recent clinical studies have shown a minimum incidence of fractures in the lateral area and that is how zirconium oxide ceramics have shown better stability for a skeletal material. The most common technical problem with the restoration of zirconium oxide is associated with the fracture of facet. Today's facet ceramic materials for zirconium oxide does not yet possess the necessary mechanical properties, and must be further developed and strengthened.