Taking control of your own Aligners design. Workshop on Aligners

Taking the control of your own Aligners design. Workshop on Aligners 

In-office control management of digital orthodontic tooth movement Plan, scan, edit and construct, Be in full control.

Introduction:

Dental practitioners interested in orthodontics are currently facing the challenge of continuous technological advancements in computer sciences. Digitization in orthodontics has transformed physical records and images into digital study casts, digital analysis, digital virtual tooth movements and 3D fabrication of sequential thermoformed appliances.

However, there are increasing office expenses and training that have to be met in order to gain maximum benefits using such fast-developing technology. Hence, the presence of free software - that is easy to operate and accessible for download on the web - appears to be an appealing alternative starting point to both specialists and general practitioners interested in digital orthodontics.

This course is the first step for dental professionals to be in full control of their cases. It provides them with the preliminary knowledge needed for case selection (according to their abilities), planning and correcting their cases digitally or manually. They are freed from following blindly an extremely costly dictated treatment plan from a major brand for just a simple case.

Purpose:

This course introduces participants to clinically-proven principles of affordable in-office minor digital tooth movement utilizing totally free software. Thus, decreasing the need for an imposed plan or unnecessary sky-high fees. And most importantly, no more avoiding conversations regarding digital orthodontics with a colleague or a company representative. Independance!

Learning objectives:

• Illuminating to the dental professional proper cases eligible for clear aligner therapy.
• Introducing clinically-proven principles of affordable in-office minor digital orthodontic tooth movement that can be performed entirely in the dental office.
• Conceiving general biomechanics and digital transformations of the main minor core moves of anterior teeth that are typically accomplished using digitally activated sequential appliances.
• Gaining knowledge about the steps of measurements/creation of minor space within the arch, as well as sequential digitally activated appliances fabrication.

Candidates must bring a laptop with the following System Requirements :

• Microsoft Windows 7 or later
• 4GB system RAM
• Integrated or discrete graphics card with the latest drivers
• A new USB flash memory of at least 4GB
• Optical Mouse