The results of the research show that it is possible to make axisymmetric blanks of satisfying quality and geometrical sizes using the process of wire feed electron additive manufacturing (3D-printing). Yield strength of blank’s material achieves 317 MPa, which is higher than that of base cast metal (SS321). It was figured out that varying the additive manufacturing parameters such as wire feed rate and substrate rotation rate one may finally obtain printed components of various microstructure and mechanical characteristics. In other words, the parameters of the process can be operated and combined in order to gain needed mechanical characteristics’ anisotropy of the material manufactured by wire feed 3D printing.