Identification: MW23B01
This course will provide a short review of the history of 3D printing in orthodontics. A review of the 3D digital processes that allow for in-office 3D printing will also be discussed. The future of 3D printing in orthodontics? I'll provide my best guesses!
Learning Objectives:Identification: MW23B02
3D printing has changed the way that we practice orthodontics through the digital workflow and elimination of messy and inaccurate clinical processes. From using 3D printing for retainers and aligners to making and printing our own appliances, we will go through how 3D printing works and ways to successfully implement 3D printing in your practice. This course is designed to give attendees a general overview of the 3D printing process - including how to prepare files for printing, choosing a 3D printer, and the 3D printing and post-processing procedures.
Learning Objectives:Identification: MW23B03
Desktop 3D printers have opened the door to many opportunities for orthodontic practices to bring additive manufacturing to their armamentarium. Once you commit to integrating into the process, orthodontists must consider printer choices and navigate the large selection to balance utility, cost, speed, and print quality. This course will discuss my ten-year journey with 3D printing, the evolution of the technology, and the various uses this tool offers to all orthodontists who choose to add additive manufacturing into their practice.
Learning Objectives:Identification: MW23B04
Dr. Lin began his journey to integrate in-house 3D printing into his practices in 2013. In his lecture, Dr. Lin will share with the audience his experiences over the years with key considerations for purchasing a 3D printer and also for creating an in-house 3D printing and digital orthodontic lab. Having an in-house 3D printing and digital orthodontic lab provides the orthodontic practice(s) with the ability for an incredibly efficient digital workflow for faster turnaround times for all orthodontic appliances including in-house aligners. Most importantly, Dr. Lin will share his thoughts on how to build a great digital orthodontic lab team with efficient digital workflow systems to ensure the success with the practice(s) for both clinic and lab.
Learning Objectives:Identification: MW23B05
Our profession is experiencing an exciting amount of technological growth with major advancements in 3-dimensional printing (3DP). Besides diagnostic and treatment planning applications, 3DP plays an increasing role in facilitating in-house laboratory systems previously conducted by the manufacturing industry and rarely attempted in the ordinary orthodontic office laboratory. To this end, 3DP in orthodontics is primarily used for the production of physical dental models required for the fabrication of clear thermoformed aligners, retainers and other orthodontic appliances. Therefore, as this technology evolves, we expect to see a greater number of orthodontic practices equipped with 3DP capabilities. A substantial body of literature is slowly building up which attempts to guide orthodontists in the implementation of in-house digital laboratories with rapid prototyping capability; however, findings are still contradictory, and many questions remain unanswered. This presentation will review the literature and report the findings of original research that Wellington Rody sought to investigate the influence of 3D printing parameters on the accuracy of orthodontic models and in the fit of thermoformed appliances (TAs).
Learning Objectives:Identification: MW23B06
This course provides essential knowledge on an in-office aligner (IOA) system. It also allows the attendees to determine the extend which their IOA system could be implemented in their practice. I will review practical application of an IOA system in an orthodontic practice including how to combine aligners with fixed appliances.
Learning Objectives:Identification: MW23B07
This course will provide the viewer with the Why, What, and How for the implementation of In-Office manufacturing of Orthodontic Aligners. From scanning to printing to aligner manufacturing. From 0 to 200 aligners a week. We will cover all the methodologies utilized by a solo practitioner to deliver these services at scale.
Learning Objectives:Identification: MW23B08
As technology evolves, strategies to create effective and efficient clear aligner workflows are essential to the success of any busy orthodontic practice. Dr. Wu has found a balance between both in-office aligner production and outsourcing. He will share his latest in digital workflows including the role of the digital orthodontic assistant, concierge treatment planning and seamless chairside treatment planning.
Learning Objectives:Identification: MW23B09
Several virtual tooth movements software programs from different companies are available, which clinicians can utilize for diagnosis, treatment planning, assessing treatment outcomes and virtual setups for in-house aligners. The aim of this presentation is to highlight the differences between different software programs and the benefits of artificial intelligence in virtual treatment planning.
Learning Objectives:Identification: MW23B10
Wrap up the day by joining our Friday afternoon speakers for an interactive panel discussion and plan to engage with moderated audience Q&A.
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