A compressed negative pressure vacuum system comprises compressed a foam material layer (1) and an adhesive film (2). The adhesive film (2) surrounds outside an area to define the area containing the foam material layer (1) and forms adhesive wings (20) to be adhered to fixation locations. After the adhesive winds (20) are adhered to the fixation locations, the inner surfaces of the adhesive winds (20), the outer surface of the foam material layer (1), and the outer surfaces of the fixation locations form a first suction cavity (3). As the foam material layer (1) expands after absorbing a fluid, the volume of the first suction cavity (3) increases, creating a local vacuum. The local vacuum created by the compressed foam material layer (1) performs for a long time continuous negative-pressure suction on a wound surface and deep soft tissues, achieving the goals of gradually reducing the swelling in a wound and facilitating local blood circulation. Likewise, the local vacuum created by the compressed foam material layer (1) performs negative-pressure suction on a wound surface and soft tissue in deep layers of the skin containing dirt to be removed, gradually eliminating dirt in deep layers of the skin. Further, the compressed negative-pressure vacuum system can generate a negative pressure without connecting to an external negative pressure source, achieving body fluid vacuum suctioning and removing dirt in deep layers of the skin.Linvention concerne un système de vide par pression négative comprimée, comprenant une couche de matériau en mousse (1) et un film adhésif (2). Le film adhésif (2) entoure lextérieur dune zone afin de définir la zone contenant la couche de matériau en mousse (1) et forme des ailes adhésives (20) devant être collées à des emplacements de fixation. Une fois que les ailes adhésives (20) sont collées aux emplacements de fixation, les surfaces internes des ailes adhésives (20), la surface externe de la couche de matériau en mousse (1) et les sur
