The color development process using liquid toner in a color laser beam printer experiences very complicate parametric behaviors that determine the dynamic characteristic of the liquid toner into the development nip. In this research, the dynamics of the liquid toner are investigated to predict development current characteristics that effect to the development performances. To understand the development current behavior, the electric field analysis is generally characterized by the electric distribution with respect to the geometrical shape analysis (plate-to-plate); however, the proposed system to investigate the electric field characteristics takes the plate-to-cylinder analysis for Samsung's color printing system. The governing equations are obtained to understand variation effects of system parameters, and the final version of the system parameter is obtained through simulation runs. The results from the analytical approaches are compared with the experimental investigation.