A device for measuring rheological properties of a high-viscosity material, the device comprising: a first measurer which includes a first screw therein; a transmitter which is formed to interwork with any one selected from the first measurer and a first controller and which is configured to measure a measurement value of a material included in the first measurer; the first controller which is formed to interwork with the first measurer and configured to control rotation of the first screw; and a second controller which is formed to interwork with any one selected from the first measurer, the transmitter, and the first controller to control the same, wherein the first measurer includes a discharger which is formed to facilitate measurement of physical properties of the high-viscosity material in the first measurer and discharge of the high-viscosity material to the outside, a first inlet which is formed to have one open side to allow the material to be measured to enter the first measurer, and the first screw which is inserted into the first measurer to push the material included in the first measurer toward the discharger and to, simultaneously, protrude outward to control the temperature of the material according to the rotational speed and which includes one or more first blade portions formed to protrude outward from an end of any one selected from one side and the other side of the first screw to surround an outer peripheral surface of the first screw and formed along the length of the first screw, characterized in that a temperature maintainer is formed on any one selected from the outside and inside of the first measurer to maintain the temperature inside the first measurer to be constant, and the first measurer also includes one or more third blade portions which are formed to protrude outward to surround the outer peripheral surface of the first screw and formed along the length of the first screw, the third blade portions being arranged in the interval between the first blade portions, the interval between the first blade portions and the interval between the third blade portions being the same, so that the first blade portion and the third blade portion do not interfere with each other. a first measurer which includes a first screw therein; a transmitter which is formed to interwork with any one selected from the first measurer and a first controller and which is configured to measure a measurement value of a material included in the first measurer; the first controller which is formed to interwork with the first measurer and configured to control rotation of the first screw; and a second controller which is formed to interwork with any one selected from the first measurer, the transmitter, and the first controller to control the same, wherein the first measurer includes a discharger which is formed to facilitate measurement of physical properties of the high-viscosity material in the first measurer and discharge of the high-viscosity material to the outside, a first inlet which is formed to have one open side to allow the material to be measured to enter the first measurer, and the first screw which is inserted into the first measurer to push the material included in the first measurer toward the discharger and to, simultaneously, protrude outward to control the temperature of the material according to the rotational speed and which includes one or more first blade portions formed to protrude outward from an end of any one selected from one side and the other side of the first screw to surround an outer peripheral surface of the first screw and formed along the length of the first screw, characterized in that a temperature maintainer is formed on any one selected from the outside and inside of the first measurer to maintain the temperature inside the first measurer to be constant, and the first measurer also includes one or more third blade portions which are formed to protrude outward to surround the outer peripheral surface of the first screw and formed along the length of the first screw, the third blade portions being arranged in the interval between the first blade portions, the interval between the first blade portions and the interval between the third blade portions being the same, so that the first blade portion and the third blade portion do not interfere with each other.