Aiming at the problems of low material utilization rate, high manufacturing cost and complex die structure in the stamping for high-quality material beryllium copper C17200, the product material, structural dimensions and forming process of beryllium copper shrapnel were researched. Firstly, stamping and bending layout processes of beryllium copper shrapnel were designed, and the forming processes including automatic intermittent feeding, continuous die punching and multi-angle CNC bending were selected. Secondly, the process characteristics and forming equipment of beryllium copper shrapnel forming were researched. Then, the continuous automatic production was achieved by continuous die, and a compound forming process of punching-cutting and multi-angle bending was adopted to ensure the bending accuracy. Furthermore, a die structure of compound forming of punching mechanism and bending mechanism for beryllium copper shrapnel was designed. The production test results show that the compound forming process of plate and wire beryllium copper shrapnel not only improves the production accuracy of product and the utilization rate of raw materials, but also reduces the production costs, which provides the progressiveness, feasibility and practicability of the compound forming process for plate and wire beryllium copper  shaped shrapnel, and lays a practical foundation for the application and popularization of this technology.