Stresses Induced by Different Implant Treatment Protocols on the Supporting Structures of Lower Edentulous Ridge

Ahmed Diab Abdel Aziz;

Abstract


ABSTRACT
Three nearly identical complete acrylic dentures were construction on educational models. Three computer generated 3D models were fabricated using liquid photo-polymerized resin, cured in a layered manner by using LASER beam. An educational stone model was scanned via 3Shape desktop scanner (3Shape dental Denmark). Then an STL file was generated. In this STL file four implant beds were designed and two grooves were designed at the lingual and distal aspect of the posterior implants, a third groove was also designed at the lingual aspect of the anterior implants to receive the strain gauge. A key index with 2 mm thickness and 2 mm offset with tissue stops was designed for the purpose of creating a space for the mucosa simulator representing the future mucosa. The STL files were ready to be directly sent to the additive manufacturing device ULTRA 3SP, the Envision TEC (Ferndale, MI) Perfactory to print the casts using liquid photo-polymerized resin, cured in a layered manner by using LASER beam.


Other data

Title Stresses Induced by Different Implant Treatment Protocols on the Supporting Structures of Lower Edentulous Ridge
Other Titles الإجهادات الواقعة علي الانسجة الداعمة لزرعات بتوزيعات علاجية مختلفة لاعادة تأهيل الفك السفلي
Authors Ahmed Diab Abdel Aziz
Issue Date 2018

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