Course Structure

• 4 Online Interactive Sessions
• 2 hours per session (total of 8 CE Credits)
• Fall Course: Oct. 7, 14, 21, 28 | 7-9PM (EST)
  
• Flexible Access: Participants can watch recorded
  sessions during the week if unable to attend live.

Course Highlights

• Session 1: Introduction to Edentulism and
  Full-arch Implant Therapy
• Session 2: Surgical Workflows
• Session 3: Prosthetic Workflows
• Session 4: Case Acceptance and
  Prognosis-based Treatment Planning

Learning Objectives

• Formulate comprehensive treatment plans for patients presenting with partially edentulous, fully edentulous, or severely compromised dentition.
• Evaluate the options available to them in regards to surgical techniques and technologies for post implant capture.
• Understand the different materials available for full arch prostheses and the indication/contraindications for each.
• Implement current, evidence-based open workflows for full-arch implant therapy, including smile design, surgical techniques, post implant capture and delivery of final prosthesis.
• Apply essential clinical and management strategies to successfully integrate full-arch treatments into daily practice.

Instructors

Dr. Frank LaMar 

Dr. Julian Conejo 

$1,750 USD^*

Course Structure

• 1.5 Days of Intensive Training
• Full-day on Friday (8am-5pm) + Half-day on Saturday (9am-1pm) (total of 12 CE Credits)
• Location: Hybridge Laboratory, Rochester, NY
• Fall Course: TBD
  
• Maximum Participants: 15 (ensuring personalized attention)

Course Highlights

• Advanced Surgical and Prosthetic Hands-on Training
• Creating the Digital Clones of Your Patients for Ideal Clinical Outcomes
• Interactive Roundtable Discussion With Hybridge's Flagship Clinical Directors
• Exclusive Lab Tour & Direct Interaction with Department Directors

Learning Objectives

Instructors

• Evaluate and apply advanced surgical and prosthetic principles used in full-arch implant therapy to improve clinical predictability and patient outcomes.
• Demonstrate the use of guided surgery protocols and digital treatment planning workflows for the placement of implants in full-arch rehabilitation cases using models.
• Utilize photogrammetry and digital data capture technologies to improve the accuracy of implant position recording and prosthetic workflow efficiency.
• Integrate digital patient cloning concepts and restorative workflow strategies to enhance prosthetic design, treatment execution, and full-arch case outcomes.

Dr. Frank LaMar

Dr. Julian Conejo

Dr. Michael Baleno

Dr. Alex Sanchez-Lara

$8,650 USD^*