A compressor comprising: a case; a driving motor including a stator mounted inside the case and a rotor disposed radially inward of the stator and rotatable; a centrifugation space defined inside the case by one side, downstream side, of the driving motor and the case, wherein centrifugation of compressed refrigerant and lubricant oil is performed in the centrifugation space; a discharge pipe passing through the case; a rotation shaft coupled to the rotor to rotate; a compressing portion defined at the other side, upstream side, of the driving motor, wherein the refrigerant is compressed by rotation of the rotation shaft; and a rotating member provided to rotate in the centrifugation space providing a centrifugal force to the refrigerant and the oil, wherein the rotating member includes a flange portion and a rotary wing; wherein the rotating member is coupled to the rotation shaft at the downstream side of the rotation shaft; wherein the rotation shaft protrudes further toward the centrifugation space than the rotor to separate the rotating member away from the rotor toward the centrifugation space, wherein the flange portion is coupled to the rotation shaft in a flat shape, and the rotary wing extends from an outer peripheral surface of the flange portion in a direction in which the discharge pipe is located, and wherein a maximum outer diameter of the rotary wing and an outer diameter of the flange portion are larger than an outer diameter of the rotor; and characterised in that the compressor further comprises a guide disposed near a distal end of the discharge pipe to surround the discharge pipe, wherein the guide is configured to prevent the lubricant oil from flowing into the refrigerant inlet hole of the discharge pipe from near an outer face of the discharge pipe. a case; a driving motor including a stator mounted inside the case and a rotor disposed radially inward of the stator and rotatable; a centrifugation space defined inside the case by one side, downstream side, of the driving motor and the case, wherein centrifugation of compressed refrigerant and lubricant oil is performed in the centrifugation space; a discharge pipe passing through the case; a rotation shaft coupled to the rotor to rotate; a compressing portion defined at the other side, upstream side, of the driving motor, wherein the refrigerant is compressed by rotation of the rotation shaft; and a rotating member provided to rotate in the centrifugation space providing a centrifugal force to the refrigerant and the oil, wherein the rotating member includes a flange portion and a rotary wing; wherein the rotating member is coupled to the rotation shaft at the downstream side of the rotation shaft; wherein the rotation shaft protrudes further toward the centrifugation space than the rotor to separate the rotating member away from the rotor toward the centrifugation space, wherein the flange portion is coupled to the rotation shaft in a flat shape, and the rotary wing extends from an outer peripheral surface of the flange portion in a direction in which the discharge pipe is located, and wherein a maximum outer diameter of the rotary wing and an outer diameter of the flange portion are larger than an outer diameter of the rotor; and characterised in that the compressor further comprises a guide disposed near a distal end of the discharge pipe to surround the discharge pipe, wherein the guide is configured to prevent the lubricant oil from flowing into the refrigerant inlet hole of the discharge pipe from near an outer face of the discharge pipe.