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"NO + Plaster" INTENSIVE Digital Orthodontics Course (SOLD OUT)
IMA-DESTACADA-MODULAR-VIDEO-2
Monday, Oct. 30 to Friday, Nov. 3, 2023

Before September 16, 2023

General: $1,000,000.-

Sortch and Alumni: $900,000.

USD value: USD$ 1,200.00.

Odontomentoring, providencia, Santiago - Chile

Diagnostic Stage

Clinical Photography
CBCT diagnosis
Virtual Articulator
Model diagnostics

Planning

Simulation Treatment
Orthognathic surgery
Aligner Design
Design plans

Manufacturing

3d printers
In-Office Aligners
Intraoral Scanner

5 days! Oct 30 - Nov 3, 2023 Santiago, Chile Limited Spaces Special prices for SORTCH and alumni

Course objectives

Date: Monday, October 30 to Friday, November 3, 2023
Place: ODONTO MENTORING, José Antonio Soffia 2747 of 601, Providencia Santiago - Chile
Schedule: 8:30 - 13:00 // 14:30 - 19:00
Instructor: Dr Milivoj Sherrington

This INTENSIVE five-day course provides the tools necessary for you to
orthodontists interested in the digital world with different levels of computer training
can translate daily practice carried out in an analogue way into a digital system. We design
a gradual learning curve from more familiar elements to levels of
more advanced knowledge, seeking that at the end of the course there are skills that
provide tools to take advantage of current technological advances.
The main objective of the course is to reduce the barriers to access to digital tools
available today to the clinician and understand how they significantly improve
our workflow. This will be achieved through the use of accessible software and requirements
hardware minimums.

Specific objectives:

1.- Know the digitalization of diagnosis, planning and manufacturing in orthodontics
2.- Learn to standardize dental photography to apply it in the diagnosis and later
digital treatment
3.- Learn to extract and organize information from DICOM files for 3D images
4.- Learn to process digital dental models to obtain diagnostic information.
5.- Learn to use simple and free software to plan the treatment of
orthodontics.
6.- Learn to design orthodontic appliances, IBT, splints and any other appliance in a
simple/free software.
7.- Learn about Digital Manufacturing and be able to produce orthodontic appliances

 

2D Digital Diagnostics:

  • Introduction to Digital Diagnosis in Orthodontics
  • Presentation of the Biofirst Diagnostic Protocol
  • Introduction and Characteristics of Clinical Photography
  • Clinical Photography Technique and Photographic Equipment
  • Microsoft Powerpoint Templates and Photo Editing
  • Standardization of size, color and framing in Dental Photography
  • Microsoft Powerpoint as software Digital Cephalometry
  • Layout of Structures in Powerpoint
  • Measuring Lines and Angles in Powerpoint

3D Digital Diagnostics

  • 3D Radiological Diagnosis
  • Image quality in 3D RX
  • Radiation and diagnosis
  • DICOM files
  • DICOM information extraction
  • Analysis of transversal aspects.
  • Analysis of biological bases.
  • PowerPoint Templates
  • DICOM Image Extraction Exercises

Digital Models

  • 3D dental models
  • Intraoral scanner theory and description/comparison
  • Scanning technique - demonstration (SIRONA - MEDIT)
  • Diagnosis in Digital Models
  • Practical and Live Exercises
  • Digital Articulators and Digital Pantographs
  • Articulator assembly (Bluesky Plan)

3D Planning

  • Viewing Retained Teeth
  • Vertical control simulation (sectional models)
  • 3D Treatment Objectives Prototype (VTO3D)
  • Planning for Temporary Bone Anchors (TAD)
  • Planning for Invisible Aligners (introduction)
  • Simulation and planning in Orthodontics for Orthognathic C.

3D Design and Manufacturing (CAD/CAM)

  • Generalities in Digital Design
  • Design Software for orthodontics.
  • Introduction to Autodesk Meshmixer
  • Exercise sequences
  • Simple Digital Aligner Design
  • Digital Retainer Design
  • Digital Plan Design / Splints
  • Preparation of files for manufacturing.
  • Theory in Digital Manufacturing
  • Types of materials
  • Printing Tips
  • Tips for starting a digital practice
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