Compound tools are frequently employed in the production of washer components, enabling concurrent blanking and piercing operations. The precision of these components will be notably high because the operations will be executed simultaneously in a single station unaffected by strip feeding. This article discusses the design and modeling of a compound tool that simultaneously produces two concentric washers. It will eliminate the requirement to build two tools and their associated operation conditions. The first step entailed creating a model of the Compound tool using AutoCAD. During the second stage, Compound tool elements were modeled using Unigraphics NX. The results produced from theoretical calculations are acceptable, ensuring that the tool used to manufacture concentric washers operates in a safe manner.