Metal forming processes from the metal age until today have an important role in human life because plastic deformation of solid metals changes the shape, but also the mechanical properties. Forming technology is characterized by high productivity, dimensional accuracy, and high surface quality of the product, as well as the possibility of production without loss of material. In order to find and develop methods for the calculation of stresses, deformation forces and deformation work in forming processes, it is necessary to know the theory of deformation forming. One of the most common deformation forming processes is deep drawing, in which thinwalled products are made of sheet metal. Deep drawing produces products of various materials and high accuracy and complex geometry, which are present in modern serial production of metal parts, at high speed and low production costs. The aim of this paper is to know the deep drawing procedure and to compare the experimental results of the deep drawing force with the results obtained by analytical analysis. In order to achieve the goal of the work, the procedure of the first phase of deep drawing for the production of a symmetrical cylindrical product and its analytical analysis was performed experimentally.