The aim of this study was to investigate the running status of Corrugated Roller under different driving functions according to the characteristics of the movement and the working conditions of the Corrugated Roller. The 3D solid model of Corrugated Roller was built using the Pro/E modeling software, and then kinematics simulation and analysis of the working process of Corrugated Roller were conducted applying the virtual prototyping analysis software ADAMS. Angular velocity curves and angular acceleration curves of Corrugated Roller under two driving functions were obtained. And the results were compared and analyzed. The STEP function was a more appropriate driving function, which provided theoretical help for improving the smoothness of the movement of Corrugated Roller, and laid a foundation for later dynamic analysis.