A continuous stapling instrument, which is configured to perform stapling without being moved away from the area where the operation is being performed during stapling of the tissue in open, closed and/or robotic surgical operations, and which is configured to realize winding of the emptied staple belt, comprising: - at least one body, - at least one drive mechanism which is located inside the body, - at least one first gear which is located inside the body and which is configured to move circularly around the point at which it is connected, - at least one second gear which is located inside body, is configured to move circularly around the point at which it is connected, and contacts the first gear, - at least one first winding pulley, on which the full staple belt is wound, and which is attached to the center of the first gear and is configured to move coaxially with the first gear, - at least one bevel helical gear which is attached to the end of the first winding pulley and is positioned such that it is coaxial with the first winding pulley, - at least one stopper arm which is coaxial with the bevel helical gear and which is configured to freely move on the central axis and extends towards the teeth of the bevel helical gear, - at least one second winding pulley, on which the empty staple belt is wound, and which is attached to the center of the second gear and is configured to move coaxially with the second gear, - at least one guide pin which enables the staple belt to move straight and which is positioned on the inner surface of the body, - at least one actuator rod which is configured to transfer the power required to operate the drive mechanism and which is connected to the body, - at least one compression spring, whose one end is connected to the point where the actuator rod is connected to the body and the other end to the stopper arm, and which is configured to move upon the movement of the actuator rod, - at least one channel which is connected onto the body and in which the staple belt is configured to move, - at least one lower jaw which is placed on the channel and which is configured to open and close serving as a jaw, - at least one connection pin, which enables to connect the lower jaw onto the channel and enables the lower jaw to move around the point where it is connected, - at least one wire rod, whose one end is connected to the lower jaw and the other end to the actuator rod, and which is configured to move the lower jaw upon movement of the actuator rod, - at least one compression spring which is connected between the wire rod and the actuator rod. - at least one body, - at least one drive mechanism which is located inside the body, - at least one first gear which is located inside the body and which is configured to move circularly around the point at which it is connected, - at least one second gear which is located inside body, is configured to move circularly around the point at which it is connected, and contacts the first gear, - at least one first winding pulley, on which the full staple belt is wound, and which is attached to the center of the first gear and is configured to move coaxially with the first gear, - at least one bevel helical gear which is attached to the end of the first winding pulley and is positioned such that it is coaxial with the first winding pulley, - at least one stopper arm which is coaxial with the bevel helical gear and which is configured to freely move on the central axis and extends towards the teeth of the bevel helical gear, - at least one second winding pulley, on which the empty staple belt is wound, and which is attached to the center of the second gear and is configured to move coaxially with the second gear, - at least one guide pin which enables the staple belt to move straight and which is positioned on the inner surface of the body, - at least one actuator rod which is configured to transfer the power required to operate the drive mechanism and which is connected to the body, - at least one compression spring, whose one end is connected to the point where the actuator rod is connected to the body and the other end to the stopper arm, and which is configured to move upon the movement of the actuator rod, - at least one channel which is connected onto the body and in which the staple belt is configured to move, - at least one lower jaw which is placed on the channel and which is configured to open and close serving as a jaw, - at least one connection pin, which enables to connect the lower jaw onto the channel and enables the lower jaw to move around the point where it is connected, - at least one wire rod, whose one end is connected to the lower jaw and the other end to the actuator rod, and which is configured to move the lower jaw upon movement of the actuator rod, - at least one compression spring which is connected between the wire rod and the actuator rod.