This paper presents a kinematic study of a mechanism incorporating a Geneva wheel and a gear train to achieve intermittent motion. Presented is a comparison of the position, velocity, acceleration, and jerk between the classical Geneva wheel mechanism and the p roposed mechanism. The motion of the non-circular gear pair is determined by reducing the extreme jerk of the Geneva wheel. The design and fabrication of paper cutting machine using Geneva mechanism is useful to cut papers in equal and accurate dimension. Geneva drive is an indexing Mechanism that converts continues motion to intermittent motion, Due to which paper is moved between the intervals of cutting period. Then the paper cutting is achieved by crank& lever mechanism. The cutter will be back to its original position by spring effect.