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Hands-on AI Implant Design, placement and restoration training:

Discover the Blue Sky Bio Digital Co-Pilot Mentorship

Understand the full power and benefit of the Co-Pilot Mentorship program,

by bringing your own patient case to the course to design.

Learning Objectives:

• Develop a streamlined workflow to capture all the necessary data in one clinical appt. allowing for 2nd visit final denture delivery using the novel Glenn • • Denture Impression Trays
• Learn how to digitize all the necessary data to do ideal smile design and create a digital denture
• Explore various technologies and their roles in digital denture fabrication such as facial scanners, desktop scanners, intraoral scanners, and 3d printers
• Learn to use the BSB Digital Denture Module and Exocad to virtually set teeth and generate digital dentures
• Understand the various materials and fabrication options for fabricating the actual denture such as 3d printing, milling, or injecting traditional acrylic in house
• Learn affordable ways to blend traditional and digital denture techniques
• Learn how to 3d print dentures and the process of bonding teeth to the base and how to polish for delivery
• Learn how to characterize monolithic dentures with gingival composite and stains
Much more…

Hands-on AI Implant Design, placement and restoration training:

Discover the Blue Sky Bio Digital Co-Pilot Mentorship

Understand the full power and benefit of the Co-Pilot Mentorship program,

by bringing your own patient case to the course to design.

The Implantology Continuum: Live Patient Surgical Training for the General Dentist is a comprehensive clinical education program designed to help general dentists confidently integrate implant dentistry into everyday practice. The continuum combines CBCT and digital treatment planning, guided implant surgery, restorative workflows, hands-on exercises, live-patient procedures, and direct faculty mentorship.

2026 Module Dates:

Module 1: September 18–20, 2026
Module 2: October 16–17, 2026
Module 3: November 6–8, 2026
Modules 4 & 5: December 4–6, 2026

The program is hosted at the Washington AGD Global Educational Center in SeaTac, Washington.

This is an advanced course so participants should already understand the basics of Blue Sky Plan and designing simple guides. Participants should bring their own powerful laptop to design cases in the hands-on portion. (Min specs: 32 GB RAM, NVIDIA 1070 video card, or equivalent, with 4GB dedicated memory, i7 processor).

In this course, students will learn how to use Blue Sky Plan as well as basic ways to implement 3D printing in their offices.
A one hour long power point lecture is given by Dr. Russell Schafer that shows how he does design in his office as well as he does the basics of 3d printing.

After this, Dr. Schafer has 20 separate modules that cover:
1) How to build, articulate, and manipulate models in Blue Sky Plan
2) How to design crowns and bridges using both AI and Blue Sky Plan Libraries
3) How to design dentures and immediate dentures in Blue Sky Plan
4) How to create a surgical guide as well as how to create implant crowns with Blue Sky Plan.
Each individual module is between 15 to 90 minutes long depending on the topic and also has the corresponding STL files to follow along with Dr. Schafer.

This On Demand course was created from a recording of a recent hands-on course. The benefit of a recorded live course over a stand-along recording is that the viewer benefits from the live discussions that always occur in a classroom setting.

In this course, we will be covering the basics of Guided Surgery including some more advanced strategies for full arch guides (even a BONUS peek into bone reduction guides).

Attendees will have the tools and strategies to implement both protocols the day they return to their practices.

We will show you how to design surgical guides in just minutes and help you to delegate as much as possible.

This On Demand course was created from a recording of a recent hands-on course. The benefit of a recorded live course over a stand-along recording is that the viewer benefits from the live discussions that always occur in a classroom setting.

In this course, we will be covering the basics of Clear Aligner Case Design and Fabrication. We will start from the basics of diagnostics, case selection, case workup, and how to implement model printing and tray fabrication in-office. Attendees will have the tools and strategies to implement the protocols the day they return to their practices. We will show you how to setup your cases as efficiently as possible and help you to delegate as much as possible. This course will not be for the faint of heart. We will be working hard and not holding back.