An anterior tooth traction device used to sides of a tongue is composed of a plurality of tooth plates, an orthodontic wire, at least a pair of bone nails, a pair of continuous hooking ring bodies, and a pair of elastic traction members. In the middle section of the orthodontic wire, tooth plates are concatenated and fixed one by one with orthodontic interval. Further, the orthodontic wire adjacent to the outer end of two tooth plates concatenated at the farthest side are respectively bent upward for a specific length then twisted and looped toward the direction away from the arranged tooth plates to be slightly obliquely extended, and fixed to bone nail which is an bone nail framed and fixed to upper jaw towards the inner side of the posterior tooth on the upper row. Before the bone nail is framed and fixed to upper jaw towards the inner side of the posterior tooth on the upper row, the tooth plates are adhered on the back of corresponding tooth on the upper row one by one by applying adhesive to the surface opposite to the surface where the orthodontic wire is fixedly adhered. Two sides of the backs of the tooth plates adhered to the back of the front teeth are respectively welded with a continuous hooking ring body, so that the continuous hooking ring body is closely attached to the gum of the back of the side front tooth and the back of the front tooth, thereby being able of framing and fixing two ends of the orthodontic wire with at least one pair of bone nails. As a result, torque is generated by the orthodontic wire to tract tooth roots on the upper row to move towards the direction of the throat. Moreover, bone nails can be nailed and fixed at a specific location of the upper jaw one hooking ring of the continuous hooking ring body is hooked to connect one end of the elastic traction member while the other end of the elastic traction member is sleeved to the fixed bone nails, so that the anterior tooth along with the tooth root thereof on the upper row can b
