This article presents the properties of a front-load washing machine equipped with a self-balancing system and its possibility of industrial application in a series of productions. The dynamic model describes the behavior of the unbalanced drum and the free elements during balancing. The article defines the vibratory forces responsible for changing the position of the free elements concerning the drum which leads to the self-balancing phenomena. The kinetic-static model with the vibratory forces is compared with the solution of a set of differential equations. Because the difference between them is small, such a model is used for further analysis. The parameters of a real washing machine have some deviations that influence its work. Various analyses present their impact on decreasing the method's efficiency. Each of them is studied to establish the residual unbalance generated. Finally, the authors propose a procedure to establish acceptable maximum deviations for the parameters of the washing machine to obtain the required level of balancing.