In order to obtain the optimal lifting point of the steel reinforced cage with the stirrups encryption area in the project， the mathematical model and the finite element model are used to analyze and calculate the optimal lifting point selection formula for the steel re in-forcement cage with the stirrup encryption area.First of all， the mathematic model of steel cage with stirrups encryption area is established， and the Mathematica software is used to analyze the influence of the distribution position and the load sizeof the stirrups encryption area on the hoisting point of steel reinforcement cage.Then the ANSYS finite element mod-el is used to check the calculation of theory of data， and simulate the stress of steel re in-forcement cage.Combined with the axial force， bending moment and stress model nodes，the accuracy of the optimal lifting point is verified.Finally through the calculation of theory and modeling， the optimal lifting point selection formula for the steel reinforcement cage with the stirrup encryption area is obtained， which can be used widely in engineering pro-ject.