Evento 42° CONGRESO INTERNACIONAL DE ORTODONCIA comienza el 29/09/2024, 8:00:00 a. m. (America/Bogota)
1:30 PM - 3:30 PM Sistemas metálicos de ortodoncia impresos en 3D. Virtualmente planificados y directos
EVENTO ACADÉMICO
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Ubicación: SALÓN INTERNACIONAL WULFRAN MORON - 30/09/24, 1:30 p. m. - 30/09/24, 3:30 p. m. (America/Bogota) (2 horas)
1:30 PM - 3:30 PM Sistemas metálicos de ortodoncia impresos en 3D. Virtualmente planificados y directos
SIMON GRAF
  • Simon Graf is the inventor and pioneer for 3d metal printed orthodontic appliances.
  • Since 2014 he plans his metallic appliances virtual on an intraoral scan, and produces them directly with selective-laser melting, or 3d metal printing.
  • Of course in the meanwhile many new printing options appeared, and also many more orthodontic appliances were converted to be printed directly.
  • But not only metal printing evolved, also direct aligner printing is possible nowadays.
  • Also the orthodontic retention is evolving with new cad/cam procedures and he keeps up with the latest trends and research for this topic as well.
  • New high-tech is not just important for 3d printing in the clinic, AI changes also the way how orthodontists will be able to learn, plan and teach orthodontic treatments.
  • Simon gives 3 lectures, where he collects all his experience over the years, and presents all different up-to-date printing possibilities for 3d metal printed appliances, direct printed aligners, cad/cam retention and his vision for the orthodontic future with the new tool AI.

1. Virtually planned and direct 3D metallic printed orthodontic appliances

Abstract Simon Graf:

2014 Simon Graf introduced 3d metal printing in the orthodontic world. In his lecture, he will look back on almost 10 years of failures, errors and meander leading finally to useful virtually planned and direct printed appliances. He will demonstrate different ways to plan and 3d metal print Orthodontic appliances. He will go through the production step by step and share tips, how to avoid clinical problems with those appliances.

Session learning points:

-Clinical possibilities with 3d metal printed appliance

-How to plan and connect 3d metal printed appliances with TADs