Station for the curing of a tread strip; the curing station comprises: a flat curing mold that has a parallelepiped shape and that is composed of a lower shell and an upper cover that are brought together in order to close the curing mold and that are separated in order to open the curing mold; and an extractor element, which is suitable for extracting the cured tread strip from the lower shell once the curing operation has been completed; wherein the cured tread strip has a first wall, which has a relief design and is in contact with the lower shell, and a second wall, which is smooth, is opposite the first wall and is in contact with the upper cover; wherein the extractor element moves perpendicularly with respect to the second wall of the tread strip in order to simultaneously raise the entire tread strip from the lower shell, wherein the extractor element comprises a holding wall that rests against the second wall of the tread strip, the curing station is characterized in that: the extractor element is integrated in the cover and, therefore, the holding wall is part of the cover; wherein the extractor element is suitable for adhering to the second wall of the tread strip along the entire length of the second wall itself; wherein the extractor element comprises a grabbing member that is arranged at the holding wall and is suitable for generating suction that ensures the adhesion by suction of the tread strip to the holding wall and wherein the grabbing member comprises - a plurality of suctions holes that open through the holding wall and can be connected to a suction source and - a corresponding piston for each suction hole that is movable in the interior of the suction hole itself to locally generate a depression. a flat curing mold that has a parallelepiped shape and that is composed of a lower shell and an upper cover that are brought together in order to close the curing mold and that are separated in order to open the curing mold; and an extractor element, which is suitable for extracting the cured tread strip from the lower shell once the curing operation has been completed; wherein the cured tread strip has a first wall, which has a relief design and is in contact with the lower shell, and a second wall, which is smooth, is opposite the first wall and is in contact with the upper cover; wherein the extractor element moves perpendicularly with respect to the second wall of the tread strip in order to simultaneously raise the entire tread strip from the lower shell, wherein the extractor element comprises a holding wall that rests against the second wall of the tread strip, the curing station is characterized in that: the extractor element is integrated in the cover and, therefore, the holding wall is part of the cover; wherein the extractor element is suitable for adhering to the second wall of the tread strip along the entire length of the second wall itself; wherein the extractor element comprises a grabbing member that is arranged at the holding wall and is suitable for generating suction that ensures the adhesion by suction of the tread strip to the holding wall and wherein the grabbing member comprises - a plurality of suctions holes that open through the holding wall and can be connected to a suction source and - a corresponding piston for each suction hole that is movable in the interior of the suction hole itself to locally generate a depression. the extractor element is integrated in the cover and, therefore, the holding wall is part of the cover; wherein the extractor element is suitable for adhering to the second wall of the tread strip along the entire length of the second wall itself; wherein the extractor element comprises a grabbing member that is arranged at the holding wall and is suitable for generating suction that ensures the adhesion by suction of the tread strip to the holding wall and wherein the grabbing member comprises - a plurality of suctions holes that open through the holding wall and can be connected to a suction source and - a corresponding piston for each suction hole that is movable in the interior of the suction hole itself to locally generate a depression. - a plurality of suctions holes that open through the holding wall and can be connected to a suction source and - a corresponding piston for each suction hole that is movable in the interior of the suction hole itself to locally generate a depression.