A compressor comprising: a case having a discharge outlet through which a refrigerant is discharged, and an oil storage space where oil is stored; a driving unit coupled to an inner circumferential surface of the case; a rotary shaft rotated by being coupled to the driving unit and provided to supply the oil; and a compression unit coupled to the rotary shaft to compress the refrigerant and lubricated by the oil, wherein the compression unit includes: an orbiting scroll rotatably coupled with the rotary shaft and provided to orbit based on that the rotary shaft is rotated; a fixed scroll provided to be engaged with the orbiting scroll, and configured to compress and discharge the refrigerant, in accordance with orbiting motion of the orbiting scroll; a main frame mounted on the fixed scroll to accommodate the orbiting scroll, the rotary shaft passing through the main frame; a first oil supply path provided in the main frame, and provided in the fixed scroll to supply the oil supplied from the rotary shaft between the orbiting scroll and the fixed scroll; and a second oil supply path provided in the main frame, and provided in the fixed scroll to be spaced apart from the first oil supply path, supplying the oil supplied from the rotary shaft between the orbiting scroll and the fixed scroll, wherein the fixed scroll includes: an inflow hole through which the refrigerant enters; and a discharge hole through which the refrigerant is discharged, provided to be closer to the rotary shaft than the inflow hole based on the rotary shaft; characterized in that the second oil supply path is provided to be closer to the inflow hole than the first oil supply path based on the rotary shaft, and an end of the second oil supply path is provided to be closer to the inflow hole than the discharge hole based on the rotary shaft. a case having a discharge outlet through which a refrigerant is discharged, and an oil storage space where oil is stored; a driving unit coupled to an inner circumferential surface of the case; a rotary shaft rotated by being coupled to the driving unit and provided to supply the oil; and a compression unit coupled to the rotary shaft to compress the refrigerant and lubricated by the oil, wherein the compression unit includes: an orbiting scroll rotatably coupled with the rotary shaft and provided to orbit based on that the rotary shaft is rotated; a fixed scroll provided to be engaged with the orbiting scroll, and configured to compress and discharge the refrigerant, in accordance with orbiting motion of the orbiting scroll; a main frame mounted on the fixed scroll to accommodate the orbiting scroll, the rotary shaft passing through the main frame; a first oil supply path provided in the main frame, and provided in the fixed scroll to supply the oil supplied from the rotary shaft between the orbiting scroll and the fixed scroll; and a second oil supply path provided in the main frame, and provided in the fixed scroll to be spaced apart from the first oil supply path, supplying the oil supplied from the rotary shaft between the orbiting scroll and the fixed scroll, wherein the fixed scroll includes: an inflow hole through which the refrigerant enters; and a discharge hole through which the refrigerant is discharged, provided to be closer to the rotary shaft than the inflow hole based on the rotary shaft; characterized in that the second oil supply path is provided to be closer to the inflow hole than the first oil supply path based on the rotary shaft, and an end of the second oil supply path is provided to be closer to the inflow hole than the discharge hole based on the rotary shaft. an orbiting scroll rotatably coupled with the rotary shaft and provided to orbit based on that the rotary shaft is rotated; a fixed scroll provided to be engaged with the orbiting scroll, and configured to compress and discharge the refrigerant, in accordance with orbiting motion of the orbiting scroll; a main frame mounted on the fixed scroll to accommodate the orbiting scroll, the rotary shaft passing through the main frame; a first oil supply path provided in the main frame, and provided in the fixed scroll to supply the oil supplied from the rotary shaft between the orbiting scroll and the fixed scroll; and a second oil supply path provided in the main frame, and provided in the fixed scroll to be spaced apart from the first oil supply path, supplying the oil supplied from the rotary shaft between the orbiting scroll and the fixed scroll, wherein the fixed scroll includes: an inflow hole through which the refrigerant enters; and a discharge hole through which the refrigerant is discharged, provided to be closer to the rotary shaft than the inflow hole based on the rotary shaft; characterized in that the second oil supply path is provided to be closer to the inflow hole than the first oil supply path based on the rotary shaft, and an end of the second oil supply path is provided to be closer to the inflow hole than the discharge hole based on the rotary shaft. an inflow hole through which the refrigerant enters; and a discharge hole through which the refrigerant is discharged, provided to be closer to the rotary shaft than the inflow hole based on the rotary shaft; characterized in that the second oil supply path is provided to be closer to the inflow hole than the first oil supply path based on the rotary shaft, and an end of the second oil supply path is provided to be closer to the inflow hole than the discharge hole based on the rotary shaft.