Therapeutic device for treating the human body, comprising: - at least one terminal suitable for being applied to a part of the human body in order to perform a treatment of the human body with intensity and frequency, - a signal generator configured in such a way as to generate an electrical signal (S) with intensity and frequency proportional to the intensity and frequency of said treatment of the human body, - a CPU electrically connected to said signal generator to adjust the intensity and frequency of said electrical signal (S) generated by the signal generator, - a user interface with a display , and - a memory , said user interface is configured in such a way as to comprise: - first input means for the input of physiognomic data relevant to the patient's physiognomy, - second input means for the input of body part data relevant to the patient's body parts to be treated, and - third input means for the input of pathological data relevant to the patient's pathology; said memory contains lookup tables that correlate physiognomies, body parts and pathologies with intensity and/or frequency-of the treatment to be obtained, and said CPU is configured in such a way to correlate said physiognomic data , body part data and pathology data entered by the patient with said lookup tables stored in the memory in order to find a correct intensity and/or frequency of the treatment and suitably control said signal generator to obtain said correct intensity and/or frequency of the treatment, characterized in that said terminal is of electrical or magnetic or electromagnetic type, said signal generator is electrically connected to the terminal , said terminal is a transducer that transforms the electrical signal (S) from the signal generator into a treatment signal (T) to be radiated in the human body; wherein the treatment signal (T) is an electromagnetic field, ultrasound vibrations, an electrical field or non-ultrasound vibrations, having intensity and frequency proportional to the intensity and the frequency of the electrical signal (S) from the signal generator. - at least one terminal suitable for being applied to a part of the human body in order to perform a treatment of the human body with intensity and frequency, - a signal generator configured in such a way as to generate an electrical signal (S) with intensity and frequency proportional to the intensity and frequency of said treatment of the human body, - a CPU electrically connected to said signal generator to adjust the intensity and frequency of said electrical signal (S) generated by the signal generator, - a user interface with a display , and - a memory , - first input means for the input of physiognomic data relevant to the patient's physiognomy, - second input means for the input of body part data relevant to the patient's body parts to be treated, and - third input means for the input of pathological data relevant to the patient's pathology; and said CPU is configured in such a way to correlate said physiognomic data , body part data and pathology data entered by the patient with said lookup tables stored in the memory in order to find a correct intensity and/or frequency of the treatment and suitably control said signal generator to obtain said correct intensity and/or frequency of the treatment, characterized in that said terminal is of electrical or magnetic or electromagnetic type, said signal generator is electrically connected to the terminal , said terminal is a transducer that transforms the electrical signal (S) from the signal generator into a treatment signal (T) to be radiated in the human body; wherein the treatment signal (T) is an electromagnetic field, ultrasound vibrations, an electrical field or non-ultrasound vibrations, having intensity and frequency proportional to the intensity and the frequency of the electrical signal (S) from the signal generator. <EOS>