Application of Artificial Intelligence Computer 3D Image Reconstruction Technology in Ceramic Restoration System

A constant shear force design method based on the principle of mechanical strength was proposed. The purpose is to improve the cutting performance and machining quality of ceramics. The sintering process of ceramics was controlled by STD bus microcomputer. It is composed of photoelectric isolation, low-pass filtering and industrial computer with high stability. According to the condition of equal load, a trajectory planning algorithm for five-axis milling under equal stress is presented. A program design platform of multi-axis CNC machine tool based on equal stress is developed to realize the tool path of five-axis CNC milling with reduced cutting depth and feed rate. The VERICUT softwareis used for numerical simulation to verify that the tool vector is correct. The cutting experiment was carried out byusing Micron high speed CNC machine tool. Small cutting depth and small feed can realize fast cutting and repair of ceramic materials at high speed. The system prevents ceramic cracks of $2-4 \mathrm{~mm}$. In this way, the complete processing and restoration of ceramic materials are achieved.