Thin wall of ferrocement structures have been being used in the construction of civil, hydraulic and transportation structures. In the production technology, almost all of ferrocement structures are made by the vertically direction vibration machine. In this paper, for the first time the authors use the two-directions vibration machine to manuffacture ferrocement canal. The ffiction force of the aggregate moving in concrete motar is considered to be linearization while taking part to two moving direction so that its primary vibration parameters are established such as the velocity and amplitude of the moving mix during vibration. These investigated parameters are the base for study and design of two-directions resonance vibation machine to product ferrocement thin-wall structures in general and ferrocement canals in particular.