The invention provides a stacked-type three-dimensional multifunctional vermiculture stand which comprises a frame, a culturing unit and a collecting box. The frame is composed of a plurality of first layers, a plurality of second layers and supporting legs, the first layers are positioned on the second layers, atomizers are arranged on the frame at the top, sliding rails are arranged on the frame at the bottom, the culturing unit comprises culturing boxes and inclined plates, the culturing boxes are disposed inside the first layers, the top and the bottom of each culturing box are hollow, supporting portions extending inwards are arranged on four sides of the bottom of each culturing box, a leaking net slidably connected with the supporting portions through guide grooves is arranged on the supporting portions, small wheels are arranged below the supporting portions along four corners of each culturing box and slidably connected with the frame through the sliding rails, the inclined plates are disposed inside the second layers, one ends of the inclined plates are close to the leaking nets while the other ends of the same extend out of the frame, and the collecting boxes are arranged right below the ends, extending out of the frame, of the inclined plates. The stacked-type three-dimensional multifunctional vermiculture frame is reasonable in structure, convenient to operate, small in occupied area, low in labor force demand and especially suitable for industrialized workshop culturing.