Digital Dentistry Course

Lesson 1 • Digital Imaging Fundamentals

Covers 2D and 3D imaging modalities used in digital dentistry. Establishes image quality standards essential for downstream design accuracy.

Lesson 2 • Setting Up a Digital Practice

Addresses hardware, software, and network infrastructure needed to launch a digital workflow. Guides cost-benefit analysis and phased implementation planning.

Lesson 3 • Core Digital Workflow Components

Identifies the three pillars: data capture, design, and fabrication. Connects each pillar to patient outcomes and practice efficiency.

Lesson 4 • Regulatory and Safety Standards

Outlines infection control, radiation safety, and device classification requirements relevant to digital equipment. Ensures compliant and safe clinical practice from the outset.

Lesson 1 • Troubleshooting and Quality Control

Identifies common scan artifacts, incomplete captures, and software rejection causes. Equips students to self-audit scan quality before sending data to the lab or milling unit.

Lesson 2 • Scanning Protocol for Single Teeth

Teaches systematic capture of individual tooth preparations and adjacent structures. Correct technique here prevents errors that propagate into design and fabrication stages.

Lesson 3 • Full-Arch and Dual-Arch Scanning

Extends single-tooth skills to complete arch capture with occlusal registration. Addresses stitching errors and drift common in full-arch workflows.

Lesson 4 • Scanning for Implant Workflows

Covers scan body placement, angulation, and library matching for implant-level impressions. Accurate implant scans are critical for prosthetic fit and osseointegration preservation.

Lesson 1 • CBCT Physics and Equipment

Explains X-ray generation, detector types, voxel size, and field-of-view selection. Understanding physics enables optimal protocol selection and dose minimization.

Lesson 2 • CBCT Image Interpretation

Develops systematic reading skills for axial, coronal, sagittal, and 3D reconstructions. Accurate interpretation is the prerequisite for all CBCT-guided treatment planning.

Lesson 3 • CBCT for Implant Planning

Applies CBCT data to bone volume assessment, nerve mapping, and virtual implant placement. Integrates with intraoral scan data to produce a merged planning model.

Lesson 4 • Acquisition Protocols and Dose Optimization

Establishes exposure parameter selection based on diagnostic task and patient factors. Dose optimization protects patients while maintaining diagnostic image quality.

Lesson 1 • Introduction to Dental CAD Platforms

Surveys the major dental CAD software environments, interface conventions, and file format standards. Familiarity with the ecosystem prevents vendor lock-in and supports interoperability.

Lesson 2 • Implant-Supported Prosthetic Design

Covers abutment design, screw-channel angulation, and emergence profile creation for implant cases. Accurate emergence profiles protect peri-implant tissue health.

Lesson 3 • Removable and Full-Arch Prosthetic Design

Introduces complete denture, partial framework, and full-arch implant bar design in CAD. Expands student capability to the full spectrum of prosthetic cases.

Lesson 4 • Multi-Unit Bridge Design

Extends single-unit skills to pontic design, connector sizing, and span analysis. Connector cross-section accuracy directly affects restoration fracture resistance.

Lesson 1 • CAM Software and Toolpath Generation

Explains how CAM software translates design files into machine instructions. Toolpath strategy directly determines surface quality and milling time.

Lesson 2 • Post-Milling Processing and Finishing

Details sprue removal, sintering, crystallization, staining, and glazing steps after milling. Post-processing determines final esthetics and mechanical performance of the restoration.

Lesson 3 • Millable Dental Materials

Surveys zirconia, lithium disilicate, PMMA, composite resin, and wax blocks used in milling. Material selection determines mechanical properties, esthetics, and post-processing requirements.

Lesson 4 • Dental Milling Unit Operation

Covers machine setup, axis calibration, tool change procedures, and coolant management. Proper operation prevents tool breakage and dimensional inaccuracy.

Lesson 1 • Additive Manufacturing Technologies Overview

Compares stereolithography, digital light processing, and material jetting technologies used in dentistry. Technology selection affects resolution, throughput, and material compatibility.

Lesson 2 • Printer Operation and Post-Processing

Covers resin handling, exposure calibration, washing, and post-curing protocols. Consistent post-processing is essential for achieving rated material properties.

Lesson 3 • Print File Preparation and Orientation

Teaches STL repair, support generation, build plate orientation, and nesting for efficient printing. Correct orientation minimizes supports and maximizes dimensional accuracy.

Lesson 4 • Clinical Applications and Validation

Applies 3D printing to surgical guides, orthodontic models, occlusal splints, and provisional crowns. Validation methods confirm that printed parts meet clinical fit and safety standards.

Lesson 1 • Surgical Guide Design and Fabrication

Covers guide sleeve selection, tissue or bone support design, and 3D printing of the surgical guide. Guide design accuracy directly determines implant placement precision.

Lesson 2 • Guided Surgery Execution

Translates the virtual plan to the operatory using the surgical guide and guided drill protocol. Correct execution maintains the planned implant position within accepted deviation limits.

Lesson 3 • Implant Planning Software Workflow

Guides data import, CBCT-to-scan registration, and virtual implant positioning in planning software. Accurate registration is the foundation of all subsequent guided surgery steps.

Lesson 4 • Anatomical Risk Assessment in Planning

Identifies critical anatomical structures and establishes safety margins during virtual planning. Risk assessment prevents intraoperative nerve injury, sinus perforation, and adjacent root damage.

Lesson 1 • Virtual Articulator and Occlusal Analysis

Transfers jaw movement data into software to simulate dynamic occlusion on digital models. Virtual articulation replaces physical articulators and enables remote lab collaboration.

Lesson 2 • Digital Smile Design Principles

Applies facial and dental esthetic parameters to create a digital smile preview linked to the prosthetic design. Smile design bridges patient communication and clinical execution.

Lesson 3 • Workflow Audit and Continuous Improvement

Introduces key performance indicators, remake rate tracking, and systematic workflow review. Continuous improvement sustains quality as technology and case complexity evolve.

Lesson 4 • Full-Mouth Rehabilitation Digital Workflow

Sequences digital tools for full-mouth reconstruction cases involving multiple disciplines. Coordinated workflows reduce chair time and improve cross-specialty communication.