Implant Scan & Design Foundations
About this Event
About This Event
Join us for an immersive, one-day hands-on workshop focused exclusively on digital implant workflows using the Medit i900, Medit Arc B Grammetry System, and exocad.
Designed for dentists, specialists, and laboratory professionals looking to advance their digital implant workflows, this course takes participants through complete restorative cases—from single-unit implant restorations to full-arch All-on-X hybrid prostheses.
Throughout the day, attendees will scan, design, and complete multiple implant cases while receiving real-time instruction from experienced digital workflow educators.
Each participant will work at an individual workstation equipped with a Medit scanner, laptop, exocad software, and implant models, allowing every workflow to be completed from scan acquisition through final restoration design.
What You'll Learn
During this workshop, participants will complete three comprehensive digital implant workflows.
Single-Unit Screw-Retained Implant Restoration
• Capture an accurate implant scan using the Medit i900
• Learn proper scan body acquisition techniques
• Design a screw-retained implant crown in exocad
• Optimize emergence profile, occlusion, and restorative anatomy
Three-Unit Custom Abutment Bridge
• Scan a three-unit implant bridge case
• Design a custom abutment-supported bridge restoration
• Learn connector design principles
• Refine emergence profiles, contacts, and occlusion
Full-Arch All-on-X Workflow
• Capture a complete All-on-4 case using the Medit Arc B Grammetry System
• Verify implant positions using grammetry technology
• Design a full-arch hybrid prosthesis in exocad
• Understand digital full-arch restorative workflows from scan through final design
What Is Included
• Individual workstation
• Medit i900 Scanner
• Mist Arc B Grammetry System
• Laptop with exocad software
• Implant models and scan bodies
• Guided hands-on instruction
• Lunch
• Continuing Education Credits (CDT CE)
Course Schedule
9:00 AM – 10:00 AM
Implant Scanning Fundamentals
Participants will learn the fundamentals of digital implant scanning while completing two implant-supported restorative cases.
Topics include:
• Implant scan body placement
• Digital scanning strategies
• Tissue management considerations
• Accurate implant position capture
• Occlusal registration
• Clinical tips for predictable implant scans
Hands-On Exercise
• Scan a single-unit screw-retained implant case
• Scan a three-unit custom abutment bridge case
10:00 AM – 12:00 PM
Implant Restoration Design in exocad
Participants will design two implant restorations using exocad.
Single-Unit Screw-Retained Crown
Topics include:
• Importing Medit scan data
• Implant library selection
• Screw channel positioning
• Emergence profile development
• Contact and occlusal refinement
Three-Unit Custom Abutment Bridge
Topics include:
• Multi-unit case setup
• Custom abutment selection
• Bridge framework design
• Connector optimization
Hands-On Exercise
• Complete a screw-retained implant crown
• Complete a three-unit custom abutment bridge
12:00 PM – 1:00 PM
Lunch - Sponsored by HASS Bio America
1:00 PM – 2:30 PM
Full-Arch Implant Scanning
Participants will complete a full-arch digital implant scan using the Medit Arc B Grammetry System.
Topics include:
• Introduction to the Arc B Grammetry workflow
• Multi-unit scan body placement
• Grammetry principles for implant position verification
• Full-arch scanning techniques
• Soft tissue capture
• Occlusal records
• Clinical strategies for predictable full-arch scans
Hands-On Exercise
Complete a full-arch All-on-4 scan utilizing the Medit Arc B Grammetry System.
2:30 PM – 4:30 PM
Full-Arch Hybrid Design in exocad
Participants will design a full-arch implant-supported hybrid prosthesis using exocad.
Topics include:
• Importing and verifying the full-arch scan
• Implant library selection and case setup
• Tooth library selection and digital tooth arrangement
• Establishing vertical dimension and occlusion
• Gingival contour design and tissue shaping
• Screw access channel positioning
• Final validation of the hybrid prosthesis
Hands-On Exercise
Participants will complete the digital design of a full-arch implant-supported hybrid prosthesis while learning efficient workflows for predictable restorative outcomes.
4:30 PM – 5:00 PM
Wrap-Up & Live Q&A
Topics include:
• Review of the day's workflows
• Clinical implementation strategies
• Best practices for digital implant workflows
• Manufacturing considerations
• Open discussion and instructor Q&A
Who Should Attend?
This course is designed for:
• Prosthodontists
• Dental Laboratory Technicians
• Clinicians interested in implementing digital implant workflows into everyday practice
Learning Outcomes
By the end of this course, participants will be able to:
• Confidently scan single-unit and full-arch implant cases using the Medit i900.
• Capture accurate implant positions utilizing grammetry workflows.
• Design screw-retained implant restorations in exocad.
• Design three-unit custom abutment implant bridges.
• Complete the digital workflow for a full-arch implant-supported hybrid prosthesis.
• Apply efficient and predictable digital implant workflows in both clinical and laboratory settings.
Agenda
🕑: 09:00 AM - 10:00 AM
Session 1: Implant Scanning Fundamentals
Info: Participants will learn the fundamentals of digital implant scanning while completing two implant-supported restorative cases.
Topics include:
• Implant scan body placement
• Digital scanning strategies
• Tissue management considerations
• Accurate implant position capture
• Occlusal registration
• Clinical tips for predictable implant scans
Hands-On Exercise
• Scan a single-unit screw-retained implant case
• Scan a three-unit custom abutment bridge case
🕑: 10:00 AM - 12:00 PM
Session 2: Implant Restoration Design in exocad
Info: Participants will design two implant restorations using exocad.
Single-Unit Screw-Retained Crown
Topics include:
• Importing Medit scan data
• Implant library selection
• Screw channel positioning
• Emergence profile development
• Contact and occlusal refinement
Three-Unit Custom Abutment Bridge
Topics include:
• Multi-unit case setup
• Custom abutment selection
• Bridge framework design
• Connector optimization
Hands-On Exercise
• Complete a screw-retained implant crown
• Complete a three-unit custom abutment bridge
🕑: 12:00 PM - 01:00 PM
⏸️ Lunch Break – 12:00 PM to 1:00 PM
Info: Lunch is provided Courtesy of Hass Bio America.
🕑: 01:00 PM - 02:30 PM
Session 3: Full-Arch Implant Scanning
Info: Participants will complete a full-arch digital implant scan using the Medit Arc B Grammetry System.
Topics include:
• Introduction to the Arc B Grammetry workflow
• Multi-unit scan body placement
• Grammetry principles for implant position verification
• Full-arch scanning techniques
• Soft tissue capture
• Occlusal records
• Clinical strategies for predictable full-arch scans
Hands-On Exercise
Complete a full-arch All-on-4 scan utilizing the Medit Arc B Grammetry System.
🕑: 02:30 PM - 04:30 PM
Session 4: Full-Arch Hybrid Design in exocad
Info: Participants will design a full-arch implant-supported hybrid prosthesis using exocad.
Topics include:
• Importing and verifying the full-arch scan
• Implant library selection and case setup
• Tooth library selection and digital tooth arrangement
• Establishing vertical dimension and occlusion
• Gingival contour design and tissue shaping
• Screw access channel positioning
• Final validation of the hybrid prosthesis
Hands-On Exercise
Participants will complete the digital design of a full-arch implant-supported hybrid prosthesis while learning efficient workflows for predictable restorative outcomes.
🕑: 04:30 PM - 05:00 PM
Session 5: Wrap-Up & Live Q&A
Info: Topics include:
• Review of the day's workflows
• Clinical implementation strategies
• Best practices for digital implant workflows
• Manufacturing considerations
• Open discussion and instructor Q&A
Where is it happening?
Event Location & Nearby Stays:
USD 299.00 to USD 499.00
