Disclosed in the present invention is a
grinding-screening-weighing automated experimental method based on Bond work, comprising a background
control system, and a mechanical arm module, a
ball mill module, a material ball separation module, an aggregate weighing module and a vibrating screen module which respectively control a mechanical arm, a
ball mill, a material ball separator, an aggremeter and a vibrating screen to act. The mechanical arm module, the
ball mill module, the material ball separation module, the aggregate weighing module and the vibrating screen module are all in communication connection with the background
control system and are controlled by the background
control system. The present invention achieves the
automation of a
grinding-screening-weighing process of
cement raw materials by combining an industrial mechanical arm and an automated experimental module, saves manpower and improves the experimental efficiency compared with conventional manual experimental
modes, and reduces the influence of human factors due to the
standardization and unmanned operation of the experimental process.