A sound wave vibration system, comprising a main control circuit (6), a signal generation circuit, a power source circuit and a vibration apparatus (14), wherein the signal generation circuit is connected to the vibration apparatus (14) so as to drive the vibration apparatus to vibrate, and further comprising a human-machine interaction unit (5), wherein the human-machine interaction unit (5) communicates with the main control circuit (6) to provide an interaction interface and an input control command; the main control circuit (6) is connected to the signal generation circuit to control, in response to the input control command, the signal generation circuit so that same generates a corresponding sinusoidal sound wave signal; and the power source circuit is connected to the main control circuit (6), the signal generation circuit and the human-machine interaction unit (5) so as to supply power. Human-machine interactions, such as parameter setting and mode selection, are carried out by means of the human-machine interaction unit (5), and a sinusoidal sound wave signal is converted into a mechanical energy signal driving the vibration apparatus (14) so as to drive a human body to vibrate up and down with a set frequency and intensity, thus achieving a specific physiotherapy and exercise effect.