Laminate is a treatment method that can obtain tooth correction effect and whitening effect in a short time while maximizing the use of the teeth of a person. It is a procedure of cutting a tooth surface a little and the making a new shape and size tooth with a ceramic tip. In this study, we design a laminate using a 3D modeling program and simulate the actual occlusal pressure by applying abaqus analysis program to the conditions necessary for analysis such as load, material properties, and boundary conditions. In addition, the applicability of the lithium disilicate material to the laminate through the aesthetic evaluation and shear bond strength test of the actual lithium disilicate specimen will be confirmed.