A fork-type covered stent (10) comprises a body (100) and a side branch (200) that forms an acute angle with the body (100). The side branch (200) comprises a covering film (220) and a first bare stent (240) only disposed on the covering film (220). Part of the first bare stent (240) is close to a boundary line (230) of the body (100) and the covering film (220) and is located in a vertex angle area (250) of the acute angle. Due to the fact that part of the first bear stent (240) is attached to the vertex angel area (250), the part, automatically expanded after the stent (10) is released, of the first bare stent (240) enables the vertex angel area (250) of the side branch (200) to be effectively supported, the covering film is not prone to shrinkage, and a leading wire can enter easily. Meanwhile, a special bare stent attached to the vertex angel area (250) does not need to be additionally disposed on the first bare stent (240), and thus the technology for preparing the bare stent is simplified； furthermore, the first bare stent (240) is only disposed on the side branch (200) and does not need to span the connecting part of the body (100) and the side branch (200), and thus the waveform can be shaped easily.La présente invention concerne un stent recouvert de type fourche (10) qui comprend un corps (100) et une ramification latérale (200) qui forme un angle aigu avec le corps (100). La ramification latérale (200) comprend un film de recouvrement (220) et un premier stent nu uniquement (240) disposé uniquement sur le film de recouvrement (220). Une partie du premier stent nu (240) est proche d'une ligne de délimitation (230) du corps (100) et le film de recouvrement (220) et est situé dans une zone d'angle de sommet (250) de l'angle aigu. En raison du fait qu'une partie du premier stent nu (240) est fixée à la zone d'angle de sommet (250), la partie, automatiquement déployée après la mise en place du stent (10), du premier stent nu (240) permet que zone d'angle de so
