The invention discloses an aluminum plate processing correction device. The aluminum plate processing correction device comprises a transfer assembly and a correction assembly. The transfer assembly comprises two fixed brackets arranged side by side. A plurality of conveying rollers are equidistantly arranged between the fixed brackets. The correction assembly comprises two side plates. The opposite surfaces of the two side plates are provided with rotary seats. A two-way ball screw is arranged between the side plates. One side plate is provided with a driving motor. The center of the two-wayball screw is aligned with the centers of the conveying rollers. The two-way ball screw is symmetrically provided with two movable seats connected in a threaded mode. The lower ends of the opposite surfaces of the two movable seats are provided with fixed plates. The opposite surfaces of the fixed plates are horizontally provided with a plurality of cross bars. The ends, located between the fixedbrackets, of the cross bars are provided with C-shaped frames. A rolling wheel is arranged on the inner side of each C-shaped frame. The correction assembly is high in automation degree. The trouble of manual intervention is reduced. Aluminum plates are uniformly placed in the center positions of the conveying rollers. The trouble of manual position adjustment is reduced. The aluminum plates can be conveniently and directly fed to the processing position of subsequent processing equipment.