The invention discloses an inclined pillar concrete vibratory ramming mechanism, comprising an inclined pillar steel reinforcement cage and a vibrating bar, wherein the inclined pillar steel reinforcement cage is internally and uniformly provided with axial guide rails; the guide rails are wire ropes; the lower ends and the upper ends of the wire ropes are respectively connected with buttress reinforcing steel bars in the bottom of the steel reinforcement cage and ring beam reinforcing steel bars at the top of the steel reinforcement cage; the vibrating bar body is provided with two opposing plates along an axis; the plates are respectively provided with opposing holes matched with the wire ropes in a sliding manner. A bar body of the vibrating bar is provided with marks representing distances. The inclined pillar concrete vibratory ramming mechanism has the remarkable advantages of being convenient to operate and stable in ramming quality.