A compressor comprising an arrangement for reducing the dead space at the end of the compression period to a space that can only be occupied by a delivery flap, the compressor comprising: A compressor outer body which forms the outer surface of the compressor. • A piston which moves up and down in order to provide a change in gas volume, • A cylinder fixed to the outer body of the compressor wherein pressure difference is established by movement of the piston, • A cylinder coupling part which fixes the cylinder to the compressor body, • A stator over which electricity current can pass, • A movable magnet located on the piston, arranged to move in a linear direction together with the piston, • A compression chamber located on the top surface of the piston onto which compressed gas is transferred by means of the piston, • A Delivery flap arranged to open by means of the reduction of the compressed gas volume via the up and down movement of the piston, • A First Stop plate with moving delivery section arranged to stop the piston when the piston is in proximity to the top dead centre, • First Plate springs arranged to hold the first stop plate such that it can move between the piston and the internal surfaces of the cylinder, • A suction flap arranged to open when the piston is at the lower point and to close when the gas pressure inside the cylinder increases, • A Second Stop plate with moving suction section arranged to stop the piston when it comes close to the bottom dead center, • Second Plate springs arranged to hold the second stop plate such that it can move between the bottom side of the piston and the outer body of the compressor, • A Gas compression housing in which the gas remaining in the rear surface of the stop plate having a moving section is trapped when the piston moves to the bottom dead center, • A peripheral plate which surrounds the gas compression housing of suction section, • A suction pipe which transfers the gas into the compressor, and which is located at the bottom section of the compressor • A Pressurized gas discharge opening from which the entrapped gas is discharged from the cylinder, • A delivery pipe which discharges the gas located inside the compression chamber out of the compressor, located at the top section of the compressor. • A piston which moves up and down in order to provide a change in gas volume, • A cylinder fixed to the outer body of the compressor wherein pressure difference is established by movement of the piston, • A cylinder coupling part which fixes the cylinder to the compressor body, • A stator over which electricity current can pass, • A movable magnet located on the piston, arranged to move in a linear direction together with the piston, • A compression chamber located on the top surface of the piston onto which compressed gas is transferred by means of the piston, • A Delivery flap arranged to open by means of the reduction of the compressed gas volume via the up and down movement of the piston, • A First Stop plate with moving delivery section arranged to stop the piston when the piston is in proximity to the top dead centre, • First Plate springs arranged to hold the first stop plate such that it can move between the piston and the internal surfaces of the cylinder, • A suction flap arranged to open when the piston is at the lower point and to close when the gas pressure inside the cylinder increases, • A Second Stop plate with moving suction section arranged to stop the piston when it comes close to the bottom dead center, • Second Plate springs arranged to hold the second stop plate such that it can move between the bottom side of the piston and the outer body of the compressor, • A Gas compression housing in which the gas remaining in the rear surface of the stop plate having a moving section is trapped when the piston moves to the bottom dead center, • A peripheral plate which surrounds the gas compression housing of suction section, • A suction pipe which transfers the gas into the compressor, and which is located at the bottom section of the compressor • A Pressurized gas discharge opening from which the entrapped gas is discharged from the cylinder, • A delivery pipe which discharges the gas located inside the compression chamber out of the compressor, located at the top section of the compressor.