The experimental setup on the base of ″Hydropulse″ system is developed to study the molding processes using the combined methods. As a power drive the hydraulic pulsator controlled by personal computer was used, that provides the realization of any loading regime. The setup working efficiency was tested with the molding of cylindrical details from commercial alumina powder; the loading was carried out at static and pulse regimes. The results obtained make of possible to evaluate the dependence of energy and quality characteristics of the molding process on processing parameters.