An experimental verification of the distribution of radial and tangential stresses during deformation (deep drawing) of 12Kh18N10T stainless steel sheet with a copper coating was carried out. The graphic dependences of the stresses are determined by numerical integration of the expressions obtained by solving together the equilibrium equation of forces acting on the flange element in the radial direction and the plasticity condition of the anisotropic body. Depending on the relative displacement of the deformable workpiece edge, the change in radial and tangential stresses was determined.