RIGA | 17-18 APRIL 2026

Theoretical part

Cantilever mechanics in orthodontics offer several advantages, including
targeted tooth movement, versatility in addressing specific dental issues,
and the ability to apply controlled forces for optimal results. The design
allows for the manipulation of individual teeth, making it useful in cases
where precise adjustments are necessary. Additionally, cantilevers provide
orthodontists with a strategic tool to address different challenges.
The cantilever course provides comprehensive insights into the application
of cantilever mechanics in orthodontics. Participants will learn the
principles behind cantilever design, its role in addressing specific dental
issues, and the strategic use of forces for optimal tooth movement. The
course covers practical aspects, including case studies, hands-on exercises,
and discussions on incorporating cantilevers into treatment plans.
Participants will gain proficiency in utilising this technique to enhance their
orthodontic practice.

Practical part

Bending basic cantilevers, bending passive segments for anchorage and
active units. Bending cantilevers with configuration. Calculating two vector
mechanics for clinical situations.

DAY 1

09.00 – 09.30 Registration

09.30 – 11.00   Review of the basic biomechanics principals of statically determined systems. Different cantilever designs and their indications of use in different clinical situations.

11.00 – 11.30    Coffee break

11.30 – 13.00    Calculation of the needed force system. Practical part: exercises calculating needed force system in clinical situations.

13.00 – 14.00    Lunch

14.00 – 15.30    Wire selection, cantilever design selection

15.30 – 16.00    Coffee break

16.00 – 17.30    Practical part: bending passive segments for anchorage and active units, bending basic cantilevers.

DAY 2

09.00 – 11.00  Two vector mechanics. Practical part: exercises calculating two vector mechanics.

11.00 – 11.30    Coffee break

11.30 – 13.00    Practical part: bending cantilevers with configuration. Anchorage selection and control. Strategical placement of TADs. Cantilevers as an auxiliary in aligner treatment. Q&A

Academic Background
• 2005-2008 Vilnius University Faculty of Medicine Institute of Dentistry Postgraduate studies, field Orthodontics. Acquired degree of MDS orthodontist.
• 1997-2002 Vilnius University Faculty of Medicine Institute of Dentistry, field Dentistry. Acquired degree of DDS.

Professional Background
• 2017- present date. Tutor in Orthodontics Biomechanics European Course. Five weeks course.
• 2023- present date. Lecturer in Vilnius University, Lithuania.
• 2011- present date. Working as a Private Orthodontist in Vilnius, Lithuania and Klaipeda, Lithuania.
• 2008-2011 Worked at Vilnius University Zalgirio Clinic as a Specialist Orthodontist.
• 2002-2008 Worked as a Private GP dentist in Vilnius, Lithuania

Professional Associations and Memberships
• Member of Lithuanian Orthodontic Society
• Member of Lithuanian dental Council.
• Fellow of World Federation of Orthodontists.
• Consultant Orthodontist at Lithuanian Dental Council 2016-2018
• Founding member of International Association for Development and Spread of Orthodontic Biomechanics Knowledge (Biomede).