Santrauka:
Šis baigiamasis darbas yra apie IPS e.max presuotos keramikos vainikėlių gamybą,
kartu naudojant cirkonio oksido karkasą. Taip pat šiame darbe pateiksiu mokslinės literatūros analizę apie bemetalės keramikos gamybos būdus, išskiriant jų privalumus ir trūkumus
Description:
Dominykas Rupšys (dental technology study program) completed his final thesis "Restoration of the lower jaw lateral teeth for the production of pressed IPS e.max ceramic crowns based on zirconium oxide ". Work manager: Diana Skaudickienė; Kaunas College, Faculty of Medicine; Oral Health Department. Kaunas; 2018.
This final work is about the production of IPS e.max pressed ceramic crowns, together with the zirconium oxide frame. In this work I will analize scientific literature on the methods of production of bimetal ceramics, distinguishing their advantages and disadvantages.
The aim of the final thesis is to reveal the suitability of pressed IPS e.max crowns based on zirconium oxide by restoring side dental defect. Problem - Why pressed IPS e.max ceramic crowns based on zirconium oxide are suitable for restoring lateral tooth defects? Work tasks: 1. To describe zirconium oxide carcass and IPS e.max lithium disilicate production techniques and properties. 2. To produce and evaluate the restoration of side teeth based on lithium disilicate with zirconium oxide carcass.
The methods of this work are: 1. Analysis of scientific literature, the purpose of which is to study the technology of the production of bimetal ceramics. 2. The production of dentures with the aim of producing Ips e.max pressed ceramic crowns based on zirconium oxide.
In the practical part, IPS e.max ceramic crowns with zirconium oxide of the lower jaw are presented based on the 34-37 teeth production stages. The work presents the patient's clinical situation and provides a technique for the production of lithium disilicate.
