An implant delivery apparatus (100) comprising a housing (110) and, at least partly accommodated within the housing (110), inner and outer pipe driving elements (150 and 160), an inner pipe (120), a transition pipe (130), an outer pipe (140), and an evacuation locking component (170). The three pipes are sleeve in series and form first, second, and third spaces respectively between the adjacent pipes. The proximal extremity of the inner pipe driving element (150) is hermetically and fixedly connected to the proximal extremity of the inner pipe (120). The outer pipe driving element (160) is hermetically and fixedly connected to the proximal extremity of the outer pipe (140). The proximal extremity of the transition pipe (130) is hermetically and fixedly connected to the inner pipe driving element (150), extends through the outer pipe driving element (160), and is hermetically connected to the outer pipe driving element (160). The evacuation locking component (170) is detachably connected to the inner pipe driving element (150). First and second evacuation conduits (A and B) are provided respectively on the inner pipe driving element (150) and on the evacuation locking component (170). When the evacuation locking component (170) is connected to the inner pipe driving element (150), the second evacuation conduit (B) is in communication with the second space and the third space via the first evacuation conduit (A) and the first space, and the inner pipe driving element (150) is connected to the housing (110) via the evacuation locking component (170). When the evacuation locking component (170) is detached from the inner pipe driving element (150), the inner pipe driving element (150) is slidably connected to the housing (110).Ce dispositif de transport (100) pour implant comprend un corps (110), des pièces d'entraînement (150, 160) de manchons interne et externe, un manchon interne (120), un manchon externe (130), un ensemble pièce de verrouillage et évacuation (170) r
