Fully automatic arrangement machine of blanks after molding of soft magnetic ferrites

The invention relates to a fully automatic arrangement machine of blanks after molding of soft magnetic ferrites. The fully automatic arrangement machine is connected with a molding machine through an oblique sliding chute. The fully automatic arrangement machine comprises a first conveying belt, a second conveying belt, a third conveying belt, a check block, a push rod mechanism, a row push rod mechanism, an operating platform and a mechanical arm mechanism. The sliding chute, the first conveying belt, the check block, the second conveying belt, the third conveying belt and the operating platform are arranged sequentially along a blank travelling direction; the first conveying belt is vertical to the second conveying belt, and the second conveying belt is vertical to the third conveying belt; the push rod mechanism is positioned above the first conveying belt and stretches out as well as draws back along the direction of the second conveying belt; the row push rod mechanism is positioned above the second conveying belt and stretches out as well as draws back along the direction of the third conveying belt; the check block is arranged above the first conveying belt; and the mechanical arm mechanism comprises a fixture, a first lengthways translation mechanism and a transverse movement mechanism. The fully automatic arrangement machine of the blanks after the molding of the soft magnetic ferrites, disclosed by the invention, has the advantages of being simple in structure, saving labor force, improving production efficiency efficiently, reducing manpower consumption and being suitable for fully automatic arrangement of the blanks after the molding of the soft magnetic ferrites.