Личный кабинет

Modules

Module 1 - Software workflow: From Model Import to Tooth Movement

– 1.1 - Maestro3D interface – 1.2 - Creating a new patient, segmentation – 1.3 - Toolbar & hotkeys in Virtual setup screen – 1.4 - Superimposition of 3d models – 1.5 - Importing and exporting .m3d files – 1.6 - Workflow ergonomics – 1.7 - Model's base – 1.8 - Converting DICOM to STL – 1.9 - Adding a virtual tooth – 1.10 - – 1.11 - Virtual space closure in the anterior region

Module 2 - Aligner Biomechanics

– 2.1 - Fundamentals of aligner biomechanics – 2.2 - Limitations. Predictability of different types of movements. Refinements – 2.3 - Case selection for aligner treatment – 2.4 - Aligners in combination with other orthodontic appliances – 2.5 - Biomechanics of Distalization with Aligners – 2.6 - Classical sequential 50/50 distalization protocol – 2.7 - Distalization case with mini-screws – 2.8 - Mandibular distalization without additional anchorage

Module 3 - Tooth Movement Protocols

– 3.1 - Protocols: Introduction – 3.2 - Incisors: Labio-Lingual Plane – 3.3 - Incisors: Mesio-Distal Plane – 3.4 - Incisors: Rotation – 3.5 - Incisors: Extrusion – 3.6 - Incisors: Intrusion – 3.7 - Canines: Labio-Lingual Plane – 3.8 - Canines: Mesio-Distal Plane – 3.9 - Canines: Rotation – 3.10 - Canines: Extrusion – 3.11 - Canines: Intrusion – 3.12 - Premolars and molars: Labio-Lingual Plane – 3.13 - Premolars and Molars: Mesio-Distal Plane – 3.14 - Premolars and Molars: Rotation – 3.15 - Premolars and Molars: Extrusion – 3.16 - Premolars and Molars: Intrusion – 3.17 - IPR – 3.18 - Simple crowding case design – 3.19 - Crowding with multiple layers – 3.20 - Diastema case design

Module 4 - Laboratory

– 4.1 - Lab equipment and manufacturing process – 4.2 - Print preparation in ChiTuBox – 4.3 - Plastics for aligner manufacturing – 4.4 - Resins for direct aligner printing – 4.5 - Blocking out undercuts on a printed model – 4.6 - Model refinement before thermoforming – 4.7 - Trimming aligners after thermoforming – 4.8 - Cutouts for elastics – 4.9 - Esthetic pontic in an aligner

Module 5 - Clinical Part

– 5.1 - Initial diagnostic records – 5.2 - Bonding attachments – 5.4 - Performing IPR – 5.5 - IPR instruments – 5.6 - Aligner delievery kit – 5.7 - Pliers for aligners – 5.8 - Aligners are not always effective for correcting severe tooth rotations. In such cases, we use additional auxiliaries, typically buttons and elastic chains. This lecture demonstrates the technique for different groups of teeth – 5.9 - Extrusion with elastics – 5.10 - Mesio-distal tooth movement with auxiliaries – 5.11 - Poor aligner fit – 5.12 - Diagnostic setups

Module 6 - Bracket Transfer trays

– 6.1 - Software settings – 6.2 - Custom bracket library – 6.3 - Case setup — upper and lower arches – 6.4 - Extraction case setup – 6.5 - Transfer tray design – 6.6 - Working with a single-arch scan – 6.7 - Adding CT data – 6.8 - Segmenting the tray within the software – 6.9 - Pre-extraction scan – 6.10 - Project export – 6.11 - Transfer tray printing – 6.12 - Laboratory refinement of the transfer tray

Module 7 - Remote orthodontics

– 7.1 - Remote work foundation: experience-building stage, portfolio creation, working with photographs – 7.2 - Computer setups: diagnostics, bracket templates, appliances – 7.3 - Aligners: designing and printing – 7.4 - Consulting, product creation, sales – 7.5 - How to find clients

Module 8 - VEER dental viewer

– 8.1 - Case import – 8.2 - Interface customization – 8.3 - Adding bone data

Module 9 - Case Reviews

– Case #1 – Case #2 – Case #3 – Case #4 – Case #5 – Case #6 – Case #7 – Case #8 – Case #9 – Case #10

Homework

Purchase modules

Module 9 - Case Reviews

Case #1

Modeling and outcome: distalization with canine and incisor derotation

Case #2

Modeling and outcome: severe lower incisor crowding

Case #3

Modeling and outcome: mild incisor crowding

Case #4

Modeling and outcome: anterior crowding

Case #5

Modeling and outcome: combined distalization with simultaneous management of anterior teeth

Case #6

Modeling and outcome: severe incisor rotation using round tripping mechanics

Case #7

Modeling and outcome: incisor angulation combined with distalization

Case #8

Modeling and outcome: distalization supported by four temporary anchorage devices (TADs)

Case #9

Modeling and outcome: distalization with canine rotation using elastics

Case #10

Modeling and outcome: classic maxillary distalization

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