The course is recommended to team dentist - dental technician, as well as to individuals who are aware that the replacement of natural teeth, selection of the artificial ones, and loss of bone parts is a demanding clinical and laboratory procedure in prosthetic patient`s care. It is necessary to reconstruct and establish a balance between function and aesthetics. Participants will learn about the Dr. Eugene End`s Bio-logical concept.

Through theoretical lectures the properties of zircon and ceramics layering will be presented. Practical part of the course will focus on the processing and preparation of zircon construction and shading possibilities. Frequent questions such as "chipping" will be explained and told how to avoid it. Individual approach to each participant.

The lecture is suitable for dentists and dental technicians who would like to refresh their knowledge about planning partial denture elements. The lecture will explain the basics of biomechanics, operation of forces and moments that occur when chewing with removable partial dentures and are important for its function.

During the course participants will do implant supported, occlusal screwed three-pointed bridge. The support will be conical Multi-unit abutments which are more and more popular and standardized with most of the producers of implant systems. The bridge will be veneered with dentin ceramic and as well with gingival to achieve optimum functional aesthetic.

Course is suitable for dentists and dental technicians who would like to get to know the options for solving problems with bite errors, making temporary crowns and bridges, individual impression trays, bleaching trays, mouth guards, snoring preventors...

Course is intended for Exocad users which would like to upgrade their knowledge from designing Toronto bridge on implants. Participants need to have previous knowledge of the use of Exocad programs.

The eLABor_aid® system presents the culmination of years of relentless research by the Bio- Emulation Group. Through intense investigation, countless trials and close collaboration between clinical and technical experts it became possible to develop a standardised protocol for dental photography using a regular digital single lens reflex (DSLR) camera, a macro flash as well as the polar_eyes® filter. The digital photograph is then processed to measure the desired shade from the computer screen. With the aid of a manufacturer specific chart, the closest dentin shade is first selected and then individually adjusted in order to achieve a shade match of high accuracy. A test mixture is then formulated using the visual_eyes® liquid and applied on the frame work in