A batch-type complex temperature treatment machine using a high-temperature plasma, comprising: a reaction part provided to accommodate therein organic matter for carbonization having a circular or U-shaped reactor to allow organic matter to be accumulated from a bottom part and a reaction opening provided on one side of an upper part of the reactor to form a passage through which the organic matter can be put in the reactor; a rotation part provided to agitate the inside of the reaction part wherein the rotation part includes a rotating shaft, that is formed at a center of the reaction part, and a plurality of rotors coupled to the rotating shaft, wherein the rotating shaft is provided to rotate in the same direction as a direction in which organic matter is put in through the reaction opening; and a torch part provided to generate the plasma flame so as to carbonize the organic matter inside the reaction part, wherein the torch part is coupled to the reaction part, and is provided to be coupled to an opposite side to the position where the organic matter is accumulated and agitated inside the reaction part, and wherein the reactor is made by stainless steel, and wherein regions of of the reactor is defined as first quadrant, second quadrant, third quadrant, and fourth quadrant in a counterclockwise direction from the upper right side of the reactor based on the horizontal and vertical axes from the center of the reactor, the reaction opening and the torch part are located in the first quadrant region, so that since the torch part is positioned at an upper right part and discharges plasma, various temperature regions can be formed in the reactor and enables carbonization to be performed depending on complex temperatures of a high temperature, a medium temperature, and a low temperature, wherein the torch part is coupled in a perpendicular direction to a tangential direction of the inner wall of the reactor, wherein the torch part is provided to have an emission direction at an angle of 0° or larger inward from a tangential direction of the outer wall of the reactor, wherein the torch part has a structure in which the organic matter absorbs ultra-high-temperature heat generated from the plasma torch by rotation of the internal rotation part in the reactor such that the outer wall of the reactor 111 is not affected and with the provision that the direction of the rotation part is maintained in the same direction as the direction of the plasma flame,the amount of a heavy metal component such as chromium which is separated from the inside of the reactor 111 made of stainless steel can be minimized. a reaction part provided to accommodate therein organic matter for carbonization having a circular or U-shaped reactor to allow organic matter to be accumulated from a bottom part and a reaction opening provided on one side of an upper part of the reactor to form a passage through which the organic matter can be put in the reactor; a rotation part provided to agitate the inside of the reaction part wherein the rotation part includes a rotating shaft, that is formed at a center of the reaction part, and a plurality of rotors coupled to the rotating shaft, wherein the rotating shaft is provided to rotate in the same direction as a direction in which organic matter is put in through the reaction opening; and a torch part provided to generate the plasma flame so as to carbonize the organic matter inside the reaction part, wherein the torch part is coupled to the reaction part, and is provided to be coupled to an opposite side to the position where the organic matter is accumulated and agitated inside the reaction part, and wherein the reactor is made by stainless steel, and wherein regions of of the reactor is defined as first quadrant, second quadrant, third quadrant, and fourth quadrant in a counterclockwise direction from the upper right side of the reactor based on the horizontal and vertical axes from the center of the reactor, the reaction opening and the torch part are located in the first quadrant region, so that since the torch part is positioned at an upper right part and discharges plasma, various temperature regions can be formed in the reactor and enables carbonization to be performed depending on complex temperatures of a high temperature, a medium temperature, and a low temperature, wherein the torch part is coupled in a perpendicular direction to a tangential direction of the inner wall of the reactor, wherein the torch part is provided to have an emission direction at an angle of 0° or larger inward from a tangential direction of the outer wall of the reactor, wherein the torch part has a structure in which the organic matter absorbs ultra-high-temperature heat generated from the plasma torch by rotation of the internal rotation part in the reactor such that the outer wall of the reactor 111 is not affected and with the provision that the direction of the rotation part is maintained in the same direction as the direction of the plasma flame,the amount of a heavy metal component such as chromium which is separated from the inside of the reactor 111 made of stainless steel can be minimized.