Date: June 13, 2026
Time: 09:00 – 18:00
Location: KDK – Karpavičius D. Clinic, Kaunas
Registration deadline: June 11, 2026
Continuing Education Credits Awarded: 8 hours – clinical professional development.
Participation Fee:
• Dentist – €300
• Resident – €250
• Student – €100
Payment: An invoice will be issued upon confirmation of registration.
*Course fees are non-refundable, except in cases where the course is cancelled by the organizer.
This course is designed for professionals who wish to master the principles of screw-retained-free fixation on dental implants (both conometric and multi-unit types) and to understand their advantages over other dental prosthesis fixation methods.
The course includes a practical component during which participants will have the opportunity to perform impression-taking procedures on artificial jaw models, as well as to gain hands-on experience with all the components of the aforementioned fixation systems required for screwless restoration – from single-tooth cases to full-arch prostheses.
PROGRAM
Theoretical Part
09:00–09:30 – Dalyvių registracija
09:30–11:00
- Types of fixation of dental prostheses on implants.
- Principles and concept of conometric fixation of dental prostheses.
- Principles and concept of screwless fixation using multi-unit prosthetic abutments.
- Overview of the advantages of these fixation methods compared to conventional prosthetic approaches.
- Clinical and laboratory workflows of these fixation methods.
- Advanced screwless fixation techniques for prosthetic rehabilitation, from single-tooth restorations to fully edentulous jaws.
11:00–11:30 – Coffee Break
11:30–13:00
- Analysis of Clinical Cases: Various clinical scenarios will be discussed, ranging from single-tooth restorations to full-arch rehabilitation using these fixation methods.
13:00–14:00 – Lunch Break
Practical Part
14:00–18:00
- During the practical sessions, participants will be introduced to the clinical and laboratory components required for the aforementioned dental prosthesis fixation methods.
- In addition, participants will learn how to use a specialized implant angulation gauge in clinical settings to accurately determine the selection logic for components of bridge prosthetic constructions.