Digital Orthodontics Symposium

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From virtual planning to clinical reality with aligners - How to communicate with cad-designer


Abstract

The use of clear aligners in orthodontic treatment is a clinical reality, driven by the advancement of digital technologies. The success of the treatment depends on effective communication between the orthodontist and the CAD-designer, responsible for developing the virtual treatment plan. This conference addresses best practices and strategies to ensure that the transition from virtual planning to clinical reality is efficient. The importance of clear communication, the precise definition of treatment goals and the correct interpretation of digital simulations will be addressed. In addition, the common challenges faced in this collaboration will be explored and how to avoid them, ensuring predictable and great results for the patient. This topic is of particular relevance for professionals who want to optimize the use of digital technologies in their clinical practices, promoting a more effective alignment between the digital plan and clinical execution.

Learning Objectives

  • Understand the Virtual Planning Process: Identify and describe the steps involved in virtual planning of aligner treatments, from initial data collection to the creation of the digital treatment plan.
  • Improve Communication with the CAD Designer: Develop clear and accurate communication skills with the CAD designer, ensuring that clinical expectations are correctly conveyed and understood.
  • Interpret Digital Simulations: Learn how to correctly interpret digital simulations generated by CAD software, understanding the limitations and potential of digital tools.
  • Align Clinical Expectations and Digital Outcomes: Recognize the importance of aligning clinical expectations with predicted digital outcomes, adjusting the treatment plan when necessary to ensure effective results.
  • Identify and Resolve Common Challenges: Analyze and resolve common challenges that arise in the transition from digital planning to clinical execution, minimizing errors and additional aligners.
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