This study investigates the influence of pressing schemes on the distribution of residual porosity in powder metallurgy products, focusing on onesided and two-sided cold pressing methods. Using analytical modeling, the distribution of porosity along the height of a bushing-shaped compact is evaluated. The results demonstrate that one-sided pressing leads to non-uniform porosity distribution, with higher density near the pressing surface, while twosided pressing provides more uniform density but exhibits variations in the middle section. The derived analytical expressions allow for the optimization of pressing schemes to achieve the desired density uniformity, supporting the production of high-performance powder metallurgy components with minimal residual porosity.