Evaluation of the accuracy of implant placement using a surgical guide and a computer generated three dimensional printed model from cone beam coputed tomography data /
Amr Mohamed Ekram Ibrahim Hassan
Evaluation of the accuracy of implant placement using a surgical guide and a computer generated three dimensional printed model from cone beam coputed tomography data / تقييم دقة وضع المغروس باستخدام دليل جراحى ونموذج ثلاثى الابعاد الناتج عن طريق الكمبيوتر باستخدام معطيات الاشعة المقطعية ذات الشعاع المخروطى Amr Mohamed Ekram Ibrahim Hassan ; Supervised Khaled Mohamed Tawfik , Sameh Ahmed Seifeldeen - Cairo : Amr Mohamed Ekram Ibrahim Hassan , 2013 - 139 P. : charts , facsimiles ; 25cm
Thesis (Ph.D.) - Cairo University - Faculty of Oral and dental Medicine - Department of Oral Surgery
Objective: is to evaluate and compare the accuracy of implant placement after implantsurgery with a surgical guide constructed on a 3D printed model from cone beam comuted tomography data. methods: ten partially edentulous patients were selected for this study and were radiographed using cone beam computed tomography (CBCT). virtuarl implant planning was perormed on a three dimensional (3D) printed model using a 3D print
Dental implant Surgical guide Three dimensional printing
Evaluation of the accuracy of implant placement using a surgical guide and a computer generated three dimensional printed model from cone beam coputed tomography data / تقييم دقة وضع المغروس باستخدام دليل جراحى ونموذج ثلاثى الابعاد الناتج عن طريق الكمبيوتر باستخدام معطيات الاشعة المقطعية ذات الشعاع المخروطى Amr Mohamed Ekram Ibrahim Hassan ; Supervised Khaled Mohamed Tawfik , Sameh Ahmed Seifeldeen - Cairo : Amr Mohamed Ekram Ibrahim Hassan , 2013 - 139 P. : charts , facsimiles ; 25cm
Thesis (Ph.D.) - Cairo University - Faculty of Oral and dental Medicine - Department of Oral Surgery
Objective: is to evaluate and compare the accuracy of implant placement after implantsurgery with a surgical guide constructed on a 3D printed model from cone beam comuted tomography data. methods: ten partially edentulous patients were selected for this study and were radiographed using cone beam computed tomography (CBCT). virtuarl implant planning was perormed on a three dimensional (3D) printed model using a 3D print
Dental implant Surgical guide Three dimensional printing