1-Day Course

Course: Launch Your In-House Clear Aligner Service

Course overview:

This course provides a thorough understanding of clear aligners and their integration into cosmetic dentistry practices. From basic principles to advanced techniques, participants will gain the knowledge and skills needed to effectively diagnose, plan and execute clear aligner treatment plans for optimal aesthetic outcomes.

Clear Aligners with Dental Mold

Course outline:

Introduction to clear aligners:

The course provides a comprehensive introduction to clear aligners, including their history, development, and how they differ from traditional braces. Participants will gain an understanding of the technology behind clear aligners and how they work to straighten teeth.

Patient selection and case evaluation:

This course equips dental professionals with the skills to identify appropriate candidates for clear aligner therapy. Participants will learn to conduct thorough patient evaluations, assessing factors such as malocclusions and dentofacial aesthetics. Through the Simple, Advanced, Complex (SAC) protocol, participants will gain a systematic method for diagnosing and categorising cases, allowing them to establish realistic treatment goals and outcomes for their patients.

Clear Aligners with Dental Mold

Biomechanics and treatment principles:

Learn the biomechanics of clear aligners, emphasising the importance of understanding how forces affect tooth movement and periodontal tissues. Participants will learn to leverage these principles in creating personalised treatment plans that not only optimise tooth alignment but also enhance facial aesthetics and smile harmony.

In-house clear aligner workflow:

Participants will be guided through the step-by-step process of clear aligner treatment, from initial impressions or digital scans to aligner fabrication and delivery. This course covers the use of digital technology in creating virtual treatment setups, allowing dental professionals to visualise and plan tooth movements accurately. Practical insights into impression techniques, CAD/CAM software usage and aligner 3D printing methods will equip participants with the skills necessary to execute clear aligner treatment seamlessly in their practice.

Troubleshooting and case management:

Clear aligner treatment is not without its challenges, and this course equips participants with strategies for overcoming common issues encountered during treatment. Topics covered include addressing tracking issues, managing attachments and implementing refinements to optimise treatment outcomes. Furthermore, participants will learn strategies for promoting patient compliance and adherence to treatment protocols, ensuring successful outcomes throughout the treatment process.

Course format:

  • Combination of lectures, case presentations, hands-on workshops and interactive discussions.
  • Guest speakers and industry experts to provide insights and practical tips.
  • Access to online resources, including treatment planning software demos and instructional videos.
  • Certification upon completion of the course and passing assessment.
  • Clear Aligners

    Case Study

    Printed Lingual Retainers

    For patients seeking a discreet and comfortable long-term retention solution, 3D-printed lingual retainers made with high fracture toughness resin (e.g., OnX Tough 2) are a promising alternative.

    Excellent fit and comfort: The 3D design allows for a precise fit that hugs the lingual surface of the teeth, particularly the upper lingual cingulum, enhancing comfort and retention.

    Biocompatible: The resin material is gentle on oral tissues, minimising irritation.

    Metal-free and aesthetic: These retainers are virtually invisible, addressing the growing demand for discreet retention options.

    Easy bonding: The design can incorporate supportive handles for a smooth bonding process.

    printed lingual retainers after
    printed lingual retainers supports

    One minor hurdle:

    Trimming away the support structures after bonding the retainer might require some additional chair time.

    Learn more

    Would you be interested in learning advanced 3D printing techniques like this? Enrol in our masterclasses today!