1. Extraction strategies with clear aligners – managing crowded dentition with extractions, non-crowded cases requiring extractions, and extraction protocols in large overjet cases.
2. Attachment positioning, managing available space efficiently, and avoiding over-complicated treatment designs.
3. Integrating Temporary Anchorage Devices (TADs) into clear aligner protocols for enhanced anchorage and movement control.
4. Aligner treatment sequencing – how to effectively stage aligner movements for optimal results.
5. DBH (Digital Bite Height) – its significance and practical applications in aligner-based treatments.
6. Deep bite correction mechanics – understanding the biomechanics involved in resolving deep bites with clear aligners.
7. Mesial movement planning with clear aligners – controlled techniques for tooth mesialisation.
8. Techniques for focused intrusion of a single tooth using clear aligners.
9. Addressing molar scissor bite cases – clear aligner protocols for correcting transverse discrepancies in posterior teeth.
10. Using MA wings – integrating functional appliance mechanics with aligner therapy.
11. Sequential distalization planning – stepwise approach to molar distalisation with aligners.
12. Protocol for combining Maxillary Skeletal Expander (MSE) with clear aligner therapy.
13. Using 3D control tools – treatment planning and digital precision with clear aligner systems.
14. Clinical tips and practical strategies to achieve success in treating complex cases with aligners.
15. Advanced 3D control tool techniques for improved planning and treatment accuracy.
16. Live demonstration of ongoing patient procedures at Mission Smile for real-time clinical learning.
17. Live demonstration of complete orthodontic lab processes – from appliance planning to fabrication.