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Step-by-Step Digital Dentistry Online Course: Featuring Scanning, Software, 3D Printing, Milling, Implant Surgical Guides, Crowns, Full-Arch Cases!
Section I - Fundamentals of 3D Dentistry & Optical Scanning
Chapter 1: Introduction & Course Overview (13:34)
Chapter 2: Why Digital When PVS Works Fine? (5:32)
Chapter 3: Introduction to 3D Dentistry; Brief Historical Overview (7:32)
Chapter 4: Traditional vs. Digital Workflows (13:02)
Chapter 5: Intraoral Scanning - Scanner Systems, Techniques, Accuracy, and Scanning Workflows (57:51)
Chapter 6: Intraoral Scanning with the 3M TrueDefinition Scanner (7:53)
Chapter 7: Laboratory Scanning - Benchtop Scanning a Dental Model with the 3M True Definition Scanner (6:15)
Chapter 8: Intraoral Scanning with the 3Shape TRIOS Scanner (10:17)
Chapter 9: Laboratory Scanning - Benchtop Scanning a Dental Model with the 3Shape TRIOS Scanner (6:56)
Chapter 10: Intraoral Scanning with the Medit i500 Scanner (14:08)
Chapter 11: Laboratory Scanning - Benchtop Scanning a Dental Model with the Medit i500 Scanner (11:46)
Chapter 12: Laboratory Scanning - Benchtop Scanning a PVS Impression with the Medit i500 Scanner (5:17)
Chapter 13: Intraoral Scanning with the Medit i700 (12:25)
Chapter 14: The Economic Reality of Digital Dentistry (12:56)
Chapter 15: Implementing Intraoral Scanning into Clinical Practice: Strategies for Success (22:48)
Chapter 16: Clinical Examples of Intraoral Scanning (11:35)
Chapter 17: CE Credit Self-Assessment - Section I
Section II - Using 3D Printers and Basics of Computer Aided Design (CAD) Software
Chapter 1: Introduction to 3D Printing: What is a 3D Printer and How Does it Work? (42:25)
Chapter 2: Introduction to Computer-Aided Design (CAD) Software (4:50)
Chapter 3: Understanding the Differences Between STL and PLY/OBJ Files (19:51)
Chapter 4: Downloading & Installing Free CAD Software (6:01)
Chapter 5: Downloading STL Files from 3M TrueDefinition Scanner (3:32)
Chapter 6: Working with STL Files from 3Shape TRIOS (2:48)
Chapter 7: Exporting STL/OBJ/PLY Files from the Medit i500 Scanner (10:18)
Chapter 8: Opening STL Files in Meshmixer and Essential Software Technique (15:40)
Chapter 9: Basic Editing of Dental Models (14:36)
Chapter 10: Advanced Editing and Working with Challenging Models (11:22)
Chapter 11: Multiple STLs: Working with Layers and Articulating Dental Models (7:36)
Chapter 12: Exporting Digital Models into STL Files (4:25)
Chapter 13: Moving & Re-Orienting Digital Models, Basics of Clay Modeling, Creating Printing Removal Notches (12:30)
Chapter 14: Fundamentals of Using Boolean Procedures with Meshmixer (16:53)
Chapter 15: Using Primitives and Parametric Shapes Creatively (30:34)
Chapter 16: Working with 3D Printers: Design & Material Options (29:34)
Chapter 17: Setting up the 3D Printer, Installing Resin Cartridges & Tanks (6:45)
Chapter 18: Plugging in, Turning on, and Basic Operation of the Printer (3:01)
Chapter 19: Switching Between Resin Tanks/Cartridges & Preparing for 3D Printing (7:14)
Chapter 20: Using the 3D Printer Software, Moving Models, Adding Supports (13:53)
Chapter 21: Printing Dental Models with Preform Software (0:37)
Chapter 22: Re-Orienting & Printing Dental Models Vertically (9:03)
Chapter 23: Preparing the SprintRay Printer for Printing (6:45)
Chapter 24: Using Rayware Software & Printing Models on the SprintRay Pro (7:41)
Chapter 25: Setting Up the 3D Systems Nextdent 5100 3D Printer (15:56)
Chapter 26: Using 3D Sprint Software (26:40)
Chapter 27: Printing Models on the Nextdent 5100 3D Printer (4:59)
Chapter 28: The Role of Post-Processing, UV Curing, and Setting Up a Wash Station (45:50)
Chapter 29: Setting up the Formlabs Finishing Station (3:02)
Chapter 30: Finishing Dental Models (Classic Approach) (4:03)
Chapter 31`: Using Flush Cutters to Easily Remove Dental Models From The Build Platform (1:52)
Chapter 32: Setting up the FormWash (16:55)
Chapter 33: Finishing Dental Models – Contemporary Approach (16:01)
Chapter 34: Finishing Models Printed with the SprintRay Pro (8:42)
Chapter 35: Cleaning & Maintaining the SprintRay Pro 3D Printer (7:32)
Chapter 36: Finishing Models Printed with the Nextdent 5100 3D Printer (17:33)
Chapter 37: Cleaning & Maintaining the SprintRay Pro 3D Printer (12:16)
Chapter 38: CE Credit Self-Assessment - Section II
Section III - 3D Printing and Computer Aided Design (CAD) for Restorative Dentistry
Chatper 1: Introduction to 3D Printing for Restorative Dentistry (14:39)
Chapter 2: Digital Restorative Basics: Building Virtual Bleaching Recesses & Exporting STLs to Print Bleaching Trays (5:10)
Chapter 3: Import Bleaching Tray Models into 3D Printer Software and Preparing for Printing (1:38)
Chapter 4: Printing Bleaching Tray Models (0:42)
Chapter 5: Finishing and UV Curing Bleaching Tray 3D Printed Models (2:54)
Chapter 6: Vacuum Forming Bleaching Trays on 3D Printed Models (7:31)
Chapter 7: Clinical Examples of 3D Printed Bleach Trays (2:43)
Chapter 8: Using Meshmixer to Modify and Virtually Extract Teeth (10:21)
Chapter 9: Creating a Virtual Teeth Library of Virtual teeth in Meshmixer (5:04)
Chapter 10: Using 3M TrueDefinition Scanner to Scan Denture Teeth for a Custom Virtual Tooth Library (5:44)
Chapter 11: Using 3Shape TRIOS Scanner to Scan Denture Teeth (12:00)
Chapter 12: Downloading Intraoral Scans of Denture Teeth and Making a Custom Library (6:39)
Chapter 13: Using Meshmixer to Fabricate a Temporary Retainer (Essix® Type) for Extraction and Implant Surgery (19:16)
Chapter 14: Import Temporary Retainer Models into 3D Printer Software and Printing Models (1:41)
Chapter 15: Printing Temporary Retainer Models (0:39)
Chapter 16: Finishing and UV Curing Temporary Retainer 3D Printed Models (2:22)
Chapter 17: Vacuum Forming Temporary Retainers on 3D Printed Models (1:57)
Chapter 18: Finishing the Temporary Retainer with Composite Resin and 3D Printed Models (15:10)
Chapter 19: Clinical Examples of 3D Printed Temporary Retainers (1:36)
Chapter 20: Basic Digital Waxing Technique with Meshmixer for Esthetic Dentistry (22:22)
Chapter 21: Advanced Digital Waxing Technique with Meshmixer for Crown & Bridge Dentistry (23:24)
Chapter 22: Import Digital Waxup Model into 3D Printing Software (1:37)
Chapter 23: Printing Advanced Digital Waxup Model (0:31)
Chapter 24: Finishing and UV Curing Advanced Digital Waxup Model (2:21)
Chapter 25: Vacuum Forming Temporary Matrix for Crown & Bridge Dentistry (1:25)
Chapter 26: Clinical Examples of 3D Printed Advanced Digital Waxing with Crown & Bridge (6:55)
Chapter 27: CE Credit Self-Assessment - Section III
Section IV - Working with CBCT Scanners and 3D Printing for Medical and Dental Modeling
Chapter 1: Understanding Radiographic Options for Dental Applications (13:57)
Chapter 2: Using a CBCT Scanner: Positioning, Voxel Sizes, Field of View (21:26)
Chapter 3: The Role of Soft Tissue Isolation in CBCT Imaging (3:20)
Chapter 4: Preparing a Patient for a CBCT Scan (3:32)
Chapter 5: Making a CBCT Scan: Patient Demonstration (4:12)
Chapter 6: Processing DICOM Files (1:07)
Chapter 7: Converting DICOM into STL: Software Options (5:27)
Chapter 8: Downloading and Installing Invesalius (1:35)
Chapter 9: Downloading and Installing Blue Sky Plan (1:56)
Chapter 10: Using Invesalius to Convert DICOM to STL (9:19)
Chapter 11: Using Blue Sky Plan to Convert DICOM to STL (6:42)
Chapter 12: Using CBCT Acquisition Software to Convert DICOM to STL (0:41)
Chapter 13: Using Meshmixer to Clean Up the Medical Model for Printing; Exporting the STL (5:24)
Chapter 14: Importing the Medical Model into 3D printer Software and Preparing for Printing (8:38)
Chapter 15: Printing the Medical Model (0:50)
Chapter 16: Removing the Medical Model from the Printer and Finishing & Polishing (6:10)
Chapter 17: Scanning Dental Models with a CBCT Scanner and Converting to STL (10:36)
Chapter 18: Scanning Denture Teeth with a CBCT Scanner and Converting to STL (1:22)
Chapter 19: A Little Fun: CBCT Scanning and 3D Printing Toys & Mechanical Parts (10:05)
Chapter 20: CE Credit Self-Assessment - Section IV
Section V - 3D Printing and Computer Aided Design (CAD) Software for Implant Dentistry & Guided Surgery
Chapter 1: Introduction to Digital Implant Dentistry (20:37)
Chapter 2: Fundamentals of Guided Surgery: Background, Terminology, and Techniques (55:19)
Chapter 3: Blue Sky Plan Basics: Importing DICOMS & Essential Planning Technique (34:40)
Chapter 4: Intraoral Optical Scanning for Fabricating STL Files for Implant Surgical Planning (7:47)
Chapter 5: Importing the Optical Scan STL, Fusing on CBCT Scan (10:43)
Chapter 6: Advanced Methods of Model Registration: Matching Teeth, Point by Point, Manual Manipulation (15:27)
Chapter 7: Universal Guide Tube Design: Understanding Trajectory, Guide Tube Offset, and How to Work with a Universal Drill and Tube (11:45)
Chapter 8: Model-Based Indirectly Fabricated Surgical Guides: Designing a Pilot Surgical Guide (21:12)
Chapter 9: Importing Indirect Surgical Guide into 3D Printer Software for Printing (6:53)
Chapter 10: Printing Indirect Surgical Guide Models (1:36)
Chapter 11: Removing and Finishing Surgical Guide Models (2:43)
Chapter 12: Vacuum Matrix Fabrication and Surgical Guide Fabrication Techniques (16:57)
Chapter 13: Clinical Case Examples of Indirect Surgical Guides (7:12)
Chapter 14: Changing Resin Cartridges & Tanks (1:57)
Chapter 15: Directly Designed & 3D Printed Surgical Guides – Designing Surgical Guides – Pilot Guide with Blue Sky Bio Drills (41:42)
Chapter 16: Import Surgical Guide into 3D Printer Software, Adding Supports and Preparing for Printing (10:37)
Chapter 17: Printing the Directly Fabricated Surgical Guide (1:46)
Chapter 18: Finishing the Directly Printed Pilot Surgical Guide: Alcohol Rinse and Ultrasonic Cleaning (2:39)
Chapter 19: Finishing the Directly Printed Pilot Surgical Guide: Placing the Guide Tube & UV Curing (6:22)
Chapter 20: Finishing the Directly Printed Pilot Surgical Guide: Removing Supports & Polishing (10:01)
Chapter 21: Finishing the Directly Printed Pilot Surgical Guide: Autoclaving / Sterilizing the Guide (3:40)
Chapter 22: Clinical Demonstration: Guided Surgery Using a 3D Printed Pilot Surgical Guide (4:16)
Chapter 23: Clinical Demonstration: Post-Implant Placement Intraoral Scan for Final Restoration (7:10)
Chapter 24: Digitally Designed & 3D Printed Direct Surgical Guides: Full Template Assistance Guides (39:29)
Chapter 25: Importing Full Template Assistance Surgical Guide STL File into 3D Printer Software (6:51)
Chapter 26: Printing the Full Template Assistance Surgical Guide (1:37)
Chapter 27: Finishing the Directly Printed Full Template Assistance Surgical Guide: Alcohol Rinse and Ultrasonic Cleaning (2:16)
Chapter 28: Finishing the Directly Printed Full Template Assistance Surgical Guide: Placing the Guide Tube & UV Curing (5:26)
Chapter 29: Finishing the Directly Printed Full Template Assistance Surgical Guide: Removing Supports & Polishing (12:56)
Chapter 30: Finishing the Directly Printed Full Template Assistance Surgical Guide: Autoclaving / Sterilizing the Guide (4:18)
Chapter 31: Clinical Demonstration: Guided Surgery Using a 3D Printed Full Template Assisted Surgical Guide (6:07)
Chapter 32: Digitally Designed & 3D Printed Direct Keyless Surgical Guides: Full Template Assistance Guides without Metal Sleeves (20:55)
Chapter 33: Extracting a Single Tooth with CAD Software for Immediate Single Implants (6:37)
Chapter 34: Finalizing Digitally Designed & 3D Printed Direct Keyless Surgical Guide (10:55)
Chapter 35: Using CAD Software to Prepare a Surgical Guide for Support-Free Printing (6:38)
Chapter 36: Importing Full Template Assistance Keyless Surgical Guide STL File into 3D Printer Software & Printing (4:44)
Chapter 37: Finishing the Directly Printed Full Template Assistance Sleeveless Surgical Guide: Alcohol Rinse and UV Curing (3:14)
Chapter 38: Finishing the Directly Printed Full Template Assistance Sleeveless Surgical Guide: Polishing, Disinfecting, and Reviewing Keyless Surgical Technique (6:13)
Chapter 39: Clinical Demonstration: Guided Surgery Using a 3D Printed Full Template Assisted Sleeveless Surgical Guide (8:04)
Chapter 40: Review & Summary of Surgical Guide Designs (1:44)
Chapter 41: CE Credit Self-Assessment - Section V
Section VI - Advanced Full-Arch Implantology & Surgical Guide Concepts
Chapter 1: Introduction to Full-Arch Implantology & Surgical Guide Design: Part 1 (26:34)
Chapter 2: Technique Demonstration: Traditional Radiographic Guide Fabrication (44:04)
Chapter 3: Introduction to Full-Arch Implantology & Surgical Guide Design: Part 2 (14:29)
Chapter 4: Partially-Edentulous Full-Arch Guides: Importing Full-Arch Case into Implant Planning Software & Implant Planning (20:23)
Chapter 5: Scanning Master Cast Model with 3M TrueDefinition Scanner (6:07)
Chapter 6: Using Scanned Model “Crown-Down” Restorative Technique to Finalize Implant Planning Software Case (19:06)
Chapter 7: Extracting Multiple Teeth with CAD Software and Creating a Model (19:26)
Chapter 8: Merging Extracted Tooth Model into Implant Planning Software (7:07)
Chapter 9: Working with Guide Fixation Pins (11:23)
Chapter 10: Planning Full-Arch Pilot Guide: Guide Fixation Pins & Finalizing Design (49:39)
Chapter 11: Importing Partially-Edentulous Full-Arch Surgical Guide into 3D Printer Software (7:48)
Chapter 12: Finishing the Partially-Edentulous Full-Arch Surgical Guide: Removing, Cleaning Print, Placing Guide Tubes & UV Curing (10:39)
Chapter 13: Finishing The Partially-Edentulous Full-Arch Surgical Guide: Removing Supports, Adjusting Guide Tubes, Polishing & Reviewing Surgical Technique (15:59)
Chapter 14: Clinical Demonstration: Full-Arch Implant Surgery with Partial Extraction and Pin Stabilization (16:35)
Chapter 15: Understanding the Role Between Full-Arch Surgical Guides & Soft Tissues (21:29)
Chapter 16: Clinical Demonstration: Relining a Denture with Radiopaque PVS (9:02)
Chapter 17: Using 3M TrueDefinition Scanner to Scan Relined Denture (4:34)
Chapter 18: Using 3shape TRIOS Scanner to Scan a Relined Denture (10:55)
Chapter 19: Using a CBCT Scanner to Scan a Relined Denture (6:23)
Chapter 20: Completely Edentulous Soft-Tissue Supported Guides: The Scan Appliance Guide (28:01)
Chapter 21: Importing Full-Arch Scan Appliance Guide into 3D Printer Software (8:46)
Chapter 22: Finishing the Full-Arch Scan Appliance Surgical Guide: Cleaning, UV Curing (3:29)
Chapter 23: Finishing the Full-Arch Scan Appliance Surgical Guide: Removing Supports, Adjusting Guide Tubes, & Polishing (12:29)
Chapter 24: Clinical Demonstration: Full-Arch Scan Appliance Guide Surgery (14:10)
Chapter 25: Completely Edentulous Soft-Tissue Supported Guides: Inverting Scan Impressions & Pilot Guide (77:33)
Chapter 26: Importing Soft-Tissue Supported Guide into 3D Printer Software & Printing (5:10)
Chapter 27: Finishing the Completely Edentulous Soft-Tissue Supported Guide: Cleaning, Placing Guide Tubes, & UV Curing (10:20)
Chapter 28: Finishing the Completely Edentulous Soft-Tissue Supported Guide: Removing Supports, Adjusting Guide Tubes, & Polishing (20:24)
Chapter 29: Clinical Demonstration: Completely Edentulous Soft-Tissue Supported Guide (24:19)
Chapter 30: CE Credit Self-Assessment - Section VI
Section VII - Clinical and Laboratory Workflows with 3Shape, Exocad, Printing, and Milling
Chapter 1: Envisioning the Combined Clinical/Laboratory Hybrid Practice Model (49:52)
Chapter 2: How Do I Get Started? (17:00)
Chapter 3: Introduction to Dental CAD Software (21:00)
Chapter 4: In-Office Crown & Bridge Dentistry – Introduction & Rationale (7:51)
Chapter 5: Crown & Bridge Scanning with the Medit i500 Scanner (10:47)
Chapter 6: Crown & Bridge Scanning with the 3Shape TRIOS Scanner (8:50)
Chapter 7: Designing a Restoration and Models Using 3Shape Software (69:17)
Chapter 8: Designing a Restoration and Models Using exocad Software (65:51)
Chapter 9: 3D Printing Models and Prototyping Restorations – Nextdent 5100 (43:52)
Chapter 10: 3D Printing Models and Prototyping Restorations – SprintRay Pro (58:40)
Chapter 11: Milling the Monolithic Zirconia Restoration (36:17)
Chapter 12: Despruing and Sintering the Monolithic Zirconia Restoration (24:15)
Chapter 13: Cleaning and Maintaining the Milling Machine After Milling Zirconia (8:00)
Chapter 14: Routine Maintenance of the Milling Machine (8:07)
Chapter 15: Post-Sintering Adjustments of the Monolithic Zirconia Crown (24:35)
Chapter 16: Staining, Glazing, and Finishing the Monolithic Zirconia Crown (40:12)
Chapter 17: Delivery of the Monolithic Zirconia Crown (7:56)
Chapter 18: Digital Occlusal Guards – Introduction & Material and Manufacturing Options (33:03)
Chapter 19: Intraoral Scanning for an Occlusal Guard using the Medit i500 Scanner (15:07)
Chapter 20: Intraoral Scanning for an Occlusal Guard using the 3Shape TRIOS Scanner (12:38)
Chapter 21: Designing an Occlusal Guard using exocad (28:31)
Chapter 22: Designing Models for the Occlusal Guard using exocad Model Creator (22:45)
Chapter 23: Designing Models for the Occlusal Guard using 3Shape Model Builder (10:21)
Chapter 24: 3D Printing the Occlusal Guard and Models using the Nextdent 5100 3D Printer (31:46)
Chapter 25: Laboratory Adjustment Procedures of the Nextdent 5100 Occlusal Guard (12:16)
Chapter 26: 3D Printing the Occlusal Guard and Models using the SprintRay Pro 3D Printer (31:03)
Chapter 27: Laboratory Adjustment Procedures of the SprintRay Pro Occlusal Guard (14:31)
Chapter 28: Milling the Occlusal Guard (30:58)
Chapter 29: Laboratory Adjustment Procedures of the Milled Occlusal Guard (15:53)
Chapter 30: Cleaning and Maintaining the Mill After Milling PMMA (5:53)
Chapter 31: Clinical Demonstration - Delivering the Occlusal Guard (15:01)
Chapter 32: CE Credit Self-Assessment - Section VII
Course Completion & CE Credits
Course Completion & CE Credits (3:39)
Course Evaluation Form (Please Complete for AGD PACE CE Credits)
Chapter 19: Clinical Examples of 3D Printed Temporary Retainers
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