The present invention relates to an implant conveying device, comprising a pusher (20), a control component (21), a connecting wire (11) and a control wire (4). The pusher (20), of which one end is connected to the control component (21), is provided with a tube cavity (6) and a lock hole (7) communicated with the tube cavity. One end of the control wire (4) is connected to the control component (21), and the other end thereof is driven by the control component to be movably accommodated in the tube cavity (6) of the pusher. One end of the connecting wire (11) is connected to the pusher (20) or to the control component (21), and the other end thereof is used for passing through an implant (1) and then entering the lock hole (7). The control wire (4) is driven by the control component (21) to pass through the connecting wire (11) to connect the implant (1) and the conveying device, or the control wire (4) is driven by the control component (21) to be disengaged from the connecting wire (11) to release the implant (1). By means of the conveying device, locking rings on instruments are removed, so that no redundant metal remains after the implant is implanted into the human body.