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Guided implantology and digital prosthodontics

4.73
30 votes
August de Oliveira
Course details
Course lessons
Course lessons
Lecturers
ADA CERP
Archived
What’s included:
8 lessons (5h 28min)
4 CE Credits
English

Description

Full immersion into the world of digital implantology and prosthodontics from the leading digital dentistry specialist in the USA, Dr. August de Oliveira!

 

We begin the training with the selection of equipment. Next, we begin working with the data: selecting and loading files. Let's move on to treatment planning, design and printing of:


– dental implant surgical guide
– implant supported digital hybrid dentures (ALL-on-4®)
– locator retained overdenture
– bar retained overdentures
– monolithic digital removable dentures.


And we complete the training with an analysis of the clinical stages of work in the oral cavity.

 

This is a course that will allow you to continue your journey in digital dentistry, but at a new level!

Lesson 1.Guided Implantology: theory and clinical cases. Part 1

– Rationale of guided implant surgery. Why is guided dentistry a mandate for implant placement?

– Advantages and disadvantages of guided surgery

– The digital implantology workflow

– Oral examination: diagnosis and treatment planning for guided implant surgery

– The difference between 2D and 3D for treatment planning

– Analysis of CBCT scans

– Radiation dose of CBCT scans

– Patient position in CBCT scans

– Exporting Digital Imaging and Communications in Medicine files (DICOM) from CBCT software to 3rd party processing

– Exporting STL files from IntraOral Scanner softwares

– Head and neck anatomy for guided implantology. What are we looking for?

 

Recommended for: Prosthodontists, Implantologists, Dental technicians, General dentists.

Lesson 2.Guided Implantology: theory and clinical cases. Part 2

– Analysis of bone density: D1, D2, D3, and D4

– Implant setting and digital insertion

– Types of guides:

 

- printed and lab made guides

- edentoulsy guides

- stackable guides

- pilot guides.

 

– Utilizing pink porcelain and how to use it for final implant aesthetic restorations.

 

Recommended for: Prosthodontists, Implantologists, Dental technicians, General dentists.

Lesson 3.Guided Implantology. Step-by-step Designing of surgical implant guides on Blue Sky Plan Wizard Software

– Designing a simple lower posterior surgical guide with the BSP wizard:

 

- select and upload the DICOM files

- detect the right and left mental foramen and the lower alveolar mandibular nerve

- import STL models

- model alignment. Emerging CBCT with STL files

- scaling of the crown size

- adjusting the implant position

- drawing and fabricating the implant guide.

 

– Preparation for anterior Immediate implant placement guide in BSP:

 

- tooth erasing from the model of intraoral scan

- filling in the erased space in the model.

 

– Anterior Immediate Guide in BSP: Planning the Guide:

 

- select and upload the DICOM file

- matching the STL file with CBCT scan

- Tooth library and the tooth crown form selection

- Implant feature selection: orientation, implant system (BioHorizons), and size

- implant and crown positioning in the model

- draw the guide curve

- create and verify the surgical guide

- save the surgical guide report by BSP and evaluate the information.

 

– Anterior Immediate Guide in BSP: step-by-step demonstration of printing the Guide using SprintRay Pro

– Step-by-step video demonstration of designing a 3-unit implant guide in the advanced module on Blue Sky Plan

– The outer diameter of guide tube, the guide height, and the Sleeve Offset technique

– Printing the implant guide.

 

Recommended for: Prosthodontists, Implantologists, Dental technicians, General dentists.

Lesson 4.Digital Implant Workflow. Part 1

– Digital implant sequence: 

 

- implant scan, the emergence profile, and bite

- design and mill in-house or in laboratory

- the option of printing an analog model.

 

– What are scan bodies and Ti bases

– The limitations of Ti bases

– Implant direct smart base (SMARTbase™)

– Digital designers and milling centers

– The popular scan body systems: 

 

- Elos Accurate® Scan Body

- 3Shape scan bodies.

 

– Abutment design in CEREC

– The screwmentable implant restoration

– Clinical case of milling a crown for an implant In-Office

– DESS® prosthetic abutments for dental implants: components

– CAD/CAM implant materials: 

 

- temporary materials: Telio CAD and VITA CAD-Temp®

- hybrid composite: VITA ENAMIC®

- Zirconia blocks: KATANA Zirconia

- Lithium Disilicate: Celtra® Press.

 

– Step-by-step demonstration of Designing screw retained crowns and implant abutments in CEREC: 

 

- scanning of the abutments: gingival mask, buccal bite, scan body;

- material selection and restoration type (screw retained or abutment and a crown).

 

– The emergence profile and the benefit of custom implants

– The screwmentable restorations

– A walk through a complete digital case. 

 

Recommended for: Prosthodontists, Implantologists, Dental technicians, General dentists.

Lesson 5.Digital Implant Workflow. Part 2

– Adding a Base to a Model in Blue Sky Plan

– Dual Buccal Bites in Blue Sky Plan

– Step-by-step demonstration of designing and printing a temporary crown using Blue Sky Plan and Rayware printing software: 

 

- defining the margin line

- digital evluation of the path of insertion

- identifying the proximal contacts

- dental library and tooth shape selection

- adjusting the contact area by adding or reducing materials

- occlusion evaluation

- printing of the crown on Rayware using a SpringRay Pro printer.

 

– Step-by-step demonstration of designing a temporary crown on a Ti Base using Blue Sky Plan software: 

 

- uploading of STL models of the upper and lower jaw

- selection of the scan body

- teeth geometery: tooth shape selection and abutment type selection

- crown postioning and path of insertion

- crown occlusal evaluation.

 

– Step-by-step demonstration of designingand printing a temporary bridge using Blue Sky Plan and Rayware software:

 

- teeth selection for the bridge

- teeth scalling: boolean addition and subtraction

- occlusal evaluation

- path of insertion

- printing of the one unite bridge using a SpringRay Pro printer.

 

– 3D printed implant analog models using the Asiga Max printer: video demonstration on how to assemble an implant analog model.

 

Recommended for: Prosthodontists, Implantologists, Dental technicians, General dentists.

Lesson 6.Digital Model of Implant-supported Hybrid Prosthesis (ALL-ON-4®). Part 1

– What do you need to think about before the start of a hybrid prosthesis restoration? 

– Photogrammetry

– How to align the bite scan with the scan body scan? 

– the placement of composite fiducial markers such as "liquid dam" for intraoral scanning

– Intraoral scanners, laboratory scanners, and photogramettry

– Multiunit abutments vs implant level

– Angulation correction and tissue height

– Face scan bite

– Ziroconia Hyrbrid implant restoration in two appointments, is it possible?

– Ziroconia Hybrid implant restoration: clinical case

– Advantages and disadvanatges of various types of digital hybrids: 

 

- PMMA or 3D printed hybrid "temporaries"

- Solid zirconia

- metal frame

- component hybrids.

 

Recommended for: Prosthodontists, Implantologists, Dental technicians, General dentists.

Lesson 7.Digital Model of Implant-supported Hybrid Prosthesis (ALL-ON-4®). Part 2

– Clinical cases: a step-by-step treatment with a locator retained overdenture:

 

- Clinical cases: a step-by-step treatment with a Bar retained overdenture

- Advantages of metal bar and PMMA implant-supported hybrid prosthesis

- Repair of implant-supported hybrid prosthesis

- Duplicating and printing the hypride denture. 

 

Recommended for: Prosthodontists, Implantologists, Dental technicians, General dentists.

Lesson 8.Digital Removable Dentures using BSP

– Intraoral edentulous scans: is it possible to scan dentures directly in the mouth of a patient?

– The process of making a digital denture: printed or milled

– Step-by-step demonstration of a full arch scan patterns for edentulous

– Monolithic digital denture

– Step-by-step demonstration of designing and printing a Digital Denture in Blue Sky Plan

– Designing and operating with meshmixer

– Combining Denture Teeth into a chain for printing

– Printing the denture base in Rayware

– Combining denture teeth and denture base into a monolithic denture. Exporting a Monolithic Denture from Blue Sky Plan

– Printing the Monolithic Denture in Rayware

– Assembling two piece monolithic denture: 

 

- painting a monolithic denture with flowable composite

- the final product: an assembled two piece monolithic denture.

 

Recommended for: Prosthodontists, Implantologists, Dental technicians, General dentists.

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Lecturers 1

A digital implant guided surgery specialist. Has written three books on Dentistry: Implants Made Easy, Dental 3D Printing Made Easy and Guided Implantology Made Easy. He is on the board of directors at Sprintray and beta and alpha and tests numerous 3D printers and 3D printing software. He is a certified Unity VR and AR Software Developer and is currently developing Virtual Reality simulations in dentistry and Mixed Reality 3D diagnostic tools for the Microsoft Hololens.
 

OHI-S is the world's leading educational platform for dentists worldwide!

 

Our core product is training led by the top global speakers in all branches of dentistry. On our platform, you will find courses covering every dental specialty. We offer a comprehensive range of educational formats: congresses, seminars, hands-on workshops, and online courses.

 

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