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Oral Surgery

Immediate loading in the esthetic zone mini course

Immediate loading is a modern implant approach that allows prosthetic placement shortly after implant insertion, improving patient comfort and treatment efficiency.

This course introduces its biological and clinical foundations, focusing on when and how it can be safely applied.

Participants will learn how to assess implant primary stability using Insertion Torque Value (ITV) and Resonance Frequency Analysis (RFA/ISQ).

The key biomechanical differences between these measurements will be clearly explained.

Evidence-based criteria for safe immediate loading will be outlined.

Common clinical mistakes that lead to implant failure will be highlighted.

The course will explore the effect of mechanical overload on osseointegration.

Protocols for unloading failing implants to improve outcomes will be discussed.

Additionally, progressive loading strategies will be introduced to enhance bone growth and implant stability.

By the end, clinicians will gain practical guidelines to safely and predictably apply immediate loading.

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  • Speakers

    Digital Dentistry
    Sam Omar
  • Period

    30 days after buy

  • Nationality

    Egypt

  • Certificate

    None

Lecture summary

  • Course
  • 1 subjects
Immediate loading in the esthetic zone mini course
  • Tuition
  • $ 50.00
₩ 74,590 )
  • 30 days after buy
  • None
Course Description Course Overview & Learning Objectives
Course Overview

This course offers a structured breakdown of the critical factors required for successful immediate loading, organized into the following areas:

 

Assessment of Implant Primary Stability

 

Utilizing Insertion Torque Value (ITV) and Resonance Frequency Analysis (RFA/ISQ).

 

Understanding the key biomechanical differences between these measurements.

 

Clinical Criteria & Risk Management

 

Establishing evidence-based criteria for safe immediate loading.

 

Highlighting common clinical mistakes that lead to implant failure.

 

Loading Control & Osseointegration Management

 

Exploring the effects of mechanical overload on osseointegration.

 

Implementing protocols for unloading failing implants to improve clinical outcomes.

 

Introducing progressive loading strategies to enhance bone growth and implant stability.

Learning Objectives

1. Introduction to and definition of immediate loading.

2. How to Assess the implant initial stability. 

3. Insertion Torque Value (ITV)

4. Resonance Frequency Analysis (RFA) and (ISQ)

5. Biomechanical differences between ITV and RFA.

6. Safe immediate loading criteria.

7. Immediate loading mistakes that lead to failure.

8. The Effect of mechanical overload on implants.

9. Unloading protocol to save failing implants

10. Progressive loading protocol to improve bone growth and stability

Speakers Meet the Speakers
  • Digital Dentistry

    Sam Omar

    - Implantologist at OneDay Clinic, Giza Egypt.

    - Director of Oneday Academy for Digital dentistry education.

    - International lecturer/speaker on digital implantology , Guided surgery and One day implants Protocol.

    - DDS Global Congress 2021 Best speaker Award.

    - Global Summit World's Top 100 dentists Class of 2025 Award.

    - Lecturer at Genova University, Italy.

    - R2Gate and R2 Digital oral Design trainer.

Refund Policy
[If the course has not yet started]
  • - If within 7 days from the payment date and there is no record of course participation
    (e.g., video playback, download, etc.)
    → a full refund will be issued.
  • - If more than 7 days have passed since the payment date,
    10% of the payment amount will be deducted as a cancellation fee, and the remaining amount will be refunded.
  • - Refund requests can be made through the Customer Service Center,
    and refunds will be processed within 5 business days after the request is received.
[If the course has already started] * For single-session or multi-session courses
  • - If a single-session or multi-session course has been partially completed,
    the refund amount will be calculated according to the following criteria.
  • - Single-session course :

    Refund will be issued after deducting the tuition fee proportionate to the course completion rate (based on viewing time).

  • - Multi-session course (continuous program):

    Refund will be issued after deducting the fee for the sessions already completed plus a 10% cancellation fee from the total payment amount.

  • - Example :

    If you request a refund after completing 2 out of 5 sessions
    → Refund = Total amount − [(Total amount ÷ 5 × 2) + 10% cancellation fee]

  • * If more than 7 days have passed since the payment date, an additional 10% penalty will be deducted.
    * All refunds are processed on Fridays. Refund requests made on Friday will be processed on the following Friday.