In order to study the application effect of laser surface strengthening technology on aluminum alloy materials used in sports equipment,the simulation analysis of the laser surface strengthening process is performed using the finite element simulation method.By constructing the physical model of aluminum alloy material for sports equipment and setting the boundary conditions of numerical simulation,the numerical simulation of laser surface strengthening of aluminum alloy material for sports equipment is realized.The experimental object is selected and the machining process is simulated by this numerical simulation method.The experimental results show that the simulation results accord with the principle and technical characteristics of laser strengthening,and the numerical simulation results are close to the practical results.In the future research,this technology can be used to set the laser strengthening parameters,so as to promote the development of laser strengthening technology.