In this study, design and manufacturing automation systems for the rolling stone rolling stone production were as follows. Manufacturing of rolling stone was designed to obtain a desired rolling round for about 5-15° by the tilted the tilted the slope of the road rolling barrel. This stone can be manufactured by the conflicting with each other inside the barrel. Additionally, the stone cutting device was made to cut the stone having the standard sizes of this rolling stone about 100x100x100 mm for height, width, depth, respectively. Rolling stone was transferred to a cutting device using a conveyor belt, while a rubber on the conveyor belt was used to prevent the slip between the stone and this conveyor belt. The production of this rolling stone device was measured by a counter system, which was installed at the end of the conveyor belt bottom of the outlet.

In this study, we develop mobile stone cutting machine containing the cut and frame, the frame vertically conveying part and the cutting upper and lower conveying part. The cutting part has saw and it cuts stone. The frame has cutting part, vertically conveying part of can slide on main frame and the main frame has horizontal conveying part. It can move cutting part. Mobile stone cutting machine is composed of two parts. The frame vertically conveying part is installed vehicle and it conveying frame in the vertical direction. The cutting vertically conveying part is installed frame. It can transfer cutting part in the vertical direction.