Presentation for Implant pathways based on the information below. Introduction to Robotic Implant Surgery Duration: 2 Days | 16 CE Hours Level: Introductory to Intermediate Course Description This comprehensive two-day course introduces clinicians to the principles, technology, and clinical applications of robotic implant placement. Participants will explore prosthetically driven treatment planning, CBCT interpretation, digital workflow integration, and the fundamentals of robotic-assisted surgical execution. Through interactive lectures, clinical case discussions, and hands-on exercises, attendees will gain practical experience with robotic technology, from initial case planning and system setup, to live patient demonstration of single implant placement and overdentures. Emphasis will be placed on surgical precision, predictability, patient safety, and the integration of robotic technology into everyday implant dentistry. Learning Objectives Upon completion of this course, participants will be able to: 1. Understand the principles, advantages, and limitations of robotic-assisted implant surgery. 2. Evaluate CBCT imaging and develop prosthetically driven implant treatment plans. 3. Identify appropriate cases for robotic-assisted implant placement. 4. Understand the Yomi robotic system, including registration, calibration, haptic guidance, and surgical workflow. 5. Demonstrate foundational robotic-assisted implant placement techniques through hands- on exercises. 6. Recognize potential complications, troubleshoot common workflow challenges, and implement appropriate safety protocols. 7. Evaluate the clinical and practical considerations of incorporating robotic-assisted implant surgery into a dental practice.
Presentation for Implant pathways based on the information below.
Introduction to Robotic Implant Surgery
Duration: 2 Days | 16 CE Hours
Level: Introductory to Intermediate
Course Description
This comprehensive two-day course introduces clinicians to the principles, technology, and
clinical applications of robotic implant placement. Participants will explore prosthetically driven
treatment planning, CBCT interpretation, digital workflow integration, and the fundamentals of
robotic-assisted surgical execution. Through interactive lectures, clinical case discussions, and
hands-on exercises, attendees will gain practical experience with robotic technology, from initial
case planning and system setup, to live patient demonstration of single implant placement and
overdentures. Emphasis will be placed on surgical precision, predictability, patient safety, and
the integration of robotic technology into everyday implant dentistry.
Learning Objectives
Upon completion of this course, participants will be able to:
1. Understand the principles, advantages, and limitations of robotic-assisted implant
surgery.
2. Evaluate CBCT imaging and develop prosthetically driven implant treatment plans.
3. Identify appropriate cases for robotic-assisted implant placement.
4. Understand the Yomi robotic system, including registration, calibration, haptic guidance,
and surgical workflow.
5. Demonstrate foundational robotic-assisted implant placement techniques through hands-
on exercises.
6. Recognize potential complications, troubleshoot common workflow challenges, and
implement appropriate safety protocols.
7. Evaluate the clinical and practical considerations of incorporating robotic-assisted
implant surgery into a dental practice.
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This comprehensive course on Robotic Implant Surgery spans two days, offering 16 CE hours for introductory to intermediate learners. Participants will explore various implant guidance options, interpret accuracy evidence, and select appropriate cases while establishing oral health. The curriculum includes reading CBCT scans, planning backward from the final prosthesis, and mapping the Yomi workflow. Hands-on practice of foundational techniques, live observations of implant placements, and...