The low-frequency electric stimulation therapy device of the present invention is a power supply unit for supplying a predetermined direct current power to each circuit unit by bridge rectifying a commercial AC power supply, a CPU for controlling the entire operation, a display unit for displaying a set operation, and a control signal being input. A control unit, a buzzer that emits a sound at the time of operation of the device and whenever a control signal is input, an output control unit for adjusting the intensity of the output, and a pulse generation frequency are adjusted to output a predetermined oscillation frequency signal. It consists of a pulse generator that is input to the unit, a separate transformer for each output terminal, and an independent rectifying circuit, so that the positive and negative poles have a plurality of output terminals that output independent Hall poles to prevent short-circuiting. It is configured such that a plurality of poles are simultaneously connected to the pulse generating end provided in the pulse generating part and the output part in parallel, and the band body in which the output part is located on one side of the user's shoulder or neck is output end of the output part. It is configured to be fixed by the fixing means so as to be in contact with each other, and the output unit is configured to output to the user's shoulder and/or neck for a certain period of time, so that the short circuit between the positive electrode (+) and the negative electrode (-) does not occur and is transmitted to the human body as it is. By correcting the ionic imbalance in the lesion area of the human body and not only helping in the treatment of insomnia without side effects, it can be easily detached and attached to the user's proper location and expanded the treatment range using bipolar or multipolar Compared to the low-frequency treatment device, it can be used simultaneously for a wide range, shortening the treatment time and controll
