Digital orthodontics 2021

– Step by step the virtual planing, printing and сlinical insertion of a 3D metal printed rapid-palatal expansion device;

– Ideas and possibilities from 3D printed appliance in regards of variability and different aspects for clinical use.

– How to join 3D metal printed appliances with Mini-Implants and TADs;

– Different types of distalising and mesialising devices on TADs;

– CAD/CAM planned, designed and produced bonded retention wires.

– New possibilities for miniscrews application; – MAPA Approach to integrate skeletal anchorage in daily orthodontic treatment; – 3D analysis: digital planning for miniscrew insertion appliance design; – Digital workflow with LMF and DLP technology; – Skeletal devices for class II and III and hybrid expanders; – ONE VISIT” protocol : miniscrews insertion and appliance delivery in one appointment; – TSE: New efficient expander device for Adult Palatal Expansion.

– Introduction to the Digital Smile Design concept;

– Increasing Ortho acceptance in the Interdisciplinary workflow;

– Design-plan-present-promote-control: the full digital workflow demonstration through clinical cases;

– Emotional Presentation: the power of the Storytelling and visual communication.

– Increasing your Ortho case acceptance by understanding your patient needs;

– Fully incorporate your ortho to the facially driven digital workflow;

– Aligners becoming the Plan A to my patients;

– The benefits of incorporating acceleration in your Orthodontic Treatments;

– Clinical cases: from simple to complex.

– How to get the necessary information from CBCT?

– Evaluation of symmetry in 3D space;

– Measurement of the maxilla skeletal width;

– Limits of teeth movement and periodontal assessment;

– Features of the TMJ visualization;

– What programs will help orthodontist get the necessary reformats?

– The main functions and features of Invivo Anatomge, Horos Viewer, Diagnocat.

– The basic principles of 3D intraoral scanning; – The basic principles of 3D manufacturing (3D printing and milling); – How to organize a digital orthodontic office; – The various kinds of Orthodontic and non-Orthodontic CAD software; – How to design in-house Orthodontic aligners; – The basic principles of the innovative technique of direct aligner printing performed in-office using CAD software and 3D printer; – How to 3D design and print customized Orthodontic appliances using a CAD free software; – The workflow and basic tools of a new Orthodontic CAD software for in-office 3D designing and printing of Customized lingual and labial orthodontic brackets; – The digital future of Orthodontics (new software, printers, artificial intelligence etc).

– 2d vs 3d; – Fix appliances removable appliances; – Materials; – S.L.M. milling and printing system; – Software overview.

– Determination of dental arch shape length and width and estimation of space conditions; – Analysis and determination of symmetry; – Determination of tooth movements in all three planes of space; – Estimation of anchorage requirements; – Estimation of necessary force systems; – How to plan a cases where movement of the mandible is required or predicted; – How to transfer a mandible into a new position in the software; – Visualization of several treatment plan options; – Treatment plan mechanics; – The hard parts and obstacles in the treatment plan before the start.

– Determination of dental arch shape length and width and estimation of space conditions;

– Analysis and determination of symmetry;

– Determination of tooth movements in all three planes of space;

– Estimation of anchorage requirements;

– Estimation of necessary force systems;

– How to plan a cases where movement of the mandible is required or predicted;

– How to transfer a mandible into a new position in the software;

– Visualization of several treatment plan options;

– Treatment plan mechanics;

– The hard parts and obstacles in the treatment plan before the start.

– Digital Design Of The Appliances; – Fix. Rme - Herbst - Retainer - Carriere; – Removable. Twin Block - Splint - Cervera - Frankel; – Tip Trics.