Scroll compressor as a device for compressing a gaseous fluid , exhibiting - a non-moving stator with a base plate and a spiral-shaped wall that extends from the base plate , as well as at least one outlet and - a moving orbiter with a base plate and a spiral-shaped wall that extends from the base plate , wherein the base plates are arranged relative to one another in such a way that the wall of the stator and the wall of the orbiter interlock with one another and create closed working chambers (5, 5-0, 5-1, 5-2), wherein the volumes and the positions of the working chambers (5, 5-0, 5-1, 5-2) are changed in reaction to a rotary movement of the orbiter , wherein the walls are configured in such a way that a first end chamber (5-1) and a second end chamber (5-2) of a compression path, as well as an intermediate chamber arranged between the end chambers (5-1, 5-2) (5-0) at inner ends of the walls are formed in the area of the at least one outlet based on a rotation angle of the orbiter , and wherein at least one wall in the area of the inner end is configured in such a way that a gap is created between the walls as a flow path from the intermediate chamber (5-0) to one of the end chambers (5-1, 5-2), and as a flow path from the first end chamber (5-1) to the second end chamber (5-2), wherein a degree of opening of each of the flow paths is dependent on the rotation angle of the orbiter , wherein as the rotation angle of the orbiter increases, the degree of opening of the flow path from the intermediate chamber (5-0) to the one of the end chambers (5-1, 5-2) increases from 0 to a maximum, and the degree of opening of the flow path from the first end chamber (5-1) to the second end chamber (5-2) gradually increases from 0 when the degree of opening of the flow path from the intermediate chamber (5-0) to the one of the end chambers (5-1, 5-2) is maximum. - a non-moving stator with a base plate and a spiral-shaped wall that extends from the base plate , as well as at least one outlet and - a moving orbiter with a base plate and a spiral-shaped wall that extends from the base plate , wherein the base plates are arranged relative to one another in such a way that the wall of the stator and the wall of the orbiter interlock with one another and create closed working chambers (5, 5-0, 5-1, 5-2), wherein the volumes and the positions of the working chambers (5, 5-0, 5-1, 5-2) are changed in reaction to a rotary movement of the orbiter , wherein the walls are configured in such a way that a first end chamber (5-1) and a second end chamber (5-2) of a compression path, as well as an intermediate chamber arranged between the end chambers (5-1, 5-2) (5-0) at inner ends of the walls are formed in the area of the at least one outlet based on a rotation angle of the orbiter , and wherein at least one wall in the area of the inner end is configured in such a way that a gap is created between the walls as a flow path from the intermediate chamber (5-0) to one of the end chambers (5-1, 5-2), and as a flow path from the first end chamber (5-1) to the second end chamber (5-2), wherein a degree of opening of each of the flow paths is dependent on the rotation angle of the orbiter , wherein as the rotation angle of the orbiter increases, the degree of opening of the flow path from the intermediate chamber (5-0) to the one of the end chambers (5-1, 5-2) increases from 0 to a maximum, and the degree of opening of the flow path from the first end chamber (5-1) to the second end chamber (5-2) gradually increases from 0 when the degree of opening of the flow path from the intermediate chamber (5-0) to the one of the end chambers (5-1, 5-2) is maximum. <EOS>