This article has proposed a new structure of lateral tensile piezoelectric driving feeder, which is based on the research on advanced technology of foreign piezoelectric feeders. The installing angles of the feeder's driving source are 60 degrees with the horizontal and 12 degrees with the vertical, that has produced driving forces in two degrees of freedom-circumferential and vertical directions, and that improved the feeding performance of the feeder. After analyzing the driving structure and parts' movement performance, the finite element software Ansys is applied to analyze the whole machine, that, as a result, optimizing the driving structure and getting the whole machine's resonance frequency. According to the experimental study, we analyzed the relationships between the driving fre-quency and feeding speed, the driving voltage and feeding speed, and the driving output frequency and output cur-rent. Compared with the electromagnetic vibration feeders, the piezoelectric vibration feeders have improved the feeding performance greatly and their energy-saving effect is remarkable.