Design of 3-part Immediate Implant and Study of Behaviour under Different Loading Conditions using FEA

Abstract

The study is to design and analyze an implant having 3-parts associated with it to form a single stable and rigid structure between implant and jaw bone. The 3-part immediate implant consist the upper part of called abutment and next to it is mimic shape of extracted teeth and length of that part depends on the extracted tooth, the third part comes is conical screw structure which get inserted into the jaw bone. This part provides the primary support to the whole structure and makes forces to get distributed equally along the implant length to root. A bite force of maximum 200N is applied under axial and oblique load to the implant. The modeling and FEA analysis is performed using Dassualt System Solidworks 2017 software. The plastic printed parts developed using 3-D plastic printer. The maximum stress and displacement is observed under oblique loading condition.