The invention discloses a stacking structure for vibration bodies. The stacking structure for the vibration bodies comprises vibrating bodies; the upper portion of each vibrating body is larger than the lower portion, and each vibrating body is in a shape of a bowl; the center of each vibrating body is a cylinder, reinforcing ribs are arranged all around, and a reinforcing ring is arranged on the periphery; the middle cylinders are higher than the upper plane and the lower plane by 10-20 mm; and the two ends of cylinders of an upper part and a lower part are made to form rings. The stacking structure for the vibration bodies is characterized in that a positioning ring is arranged on the upper portion of each vibrating body; and positioning jaws are welded to the peripheries of the portions, at the bottoms of the vibrating bodies, of the cylinders and are used for cylinder positioning when the bottoms of the vibrating bodies make contact with each. The positioning rings are higher than the upper rings by 30-50 mm, and at least three positioning jaws are evenly distributed. By means of the technical scheme, the problems that the vibration bodies are not placed in order and the occupied space is large can be well solved, vibrators can be staked in order, work of on-site workers is more facilitated, and the workshop work environment can be improved.