An electrostatic therapeutic device and a method of therapeutic treatment are disclosed. The electrotherapy device includes a charge generation module, at least one therapeutic electrode and an electrical drive. The charge generation module contains at least one closed loop dielectric belt, put on at least one pair of dielectric pulleys and a set of charging and discharging electrodes. Rotation of the dielectric pulleys generates an electric charge of a predetermined polarity on the at least one therapeutic electrode. The reversed rotation reverses the polarity. The device is intended for patient's body exposure to an alternating electric field.

A system comprises a housing; an electrical circuit disposed at least partially within the housing, and an output element. The electrical circuit is configured to generate an electrical signal having a frequency of about 3.8 Hz, about 6 Hz, about 14 Hz, about 44 Hz, about 65 Hz, about 66 Hz, about 74 Hz, about 222 Hz, about 344 Hz, about 984 Hz, or any combination thereof. The output element is connected to the electrical circuit and is configured to output the electrical signal. The electrical signal can be transmitted to a user in response to a portion of the user contacting the output element, which aids in stimulating cellular regeneration in the user. The output element can include a plurality of separate output elements, and the electrical circuit can be sequentially connected to the output elements according to a connection frequency.

A system comprises a housing; an electrical circuit disposed at least partially within the housing, and an output element. The electrical circuit is configured to generate an electrical signal having a frequency of about 3.8 Hz, about 6 Hz, about 14 Hz, about 44 Hz, about 65 Hz, about 66 Hz, about 74 Hz, about 222 Hz, about 344 Hz, about 984 Hz, or any combination thereof. The output element is connected to the electrical circuit and is configured to output the electrical signal. The electrical signal can be transmitted to a user in response to a portion of the user contacting the output element, which aids in stimulating cellular regeneration in the user. The output element can include a plurality of separate output elements, and the electrical circuit can be sequentially connected to the output elements according to a connection frequency.

An electrostatic therapeutic device and a method of therapeutic treatment are disclosed. The electrotherapy device includes a charge generation module, at least one therapeutic electrode and an electrical drive. The charge generation module contains at least one closed loop dielectric belt, put on at least one pair of dielectric pulleys and a set of charging and discharging electrodes. Rotation of the dielectric pulleys generates an electric charge of a predetermined polarity on the at least one therapeutic electrode. The reversed rotation reverses the polarity. The device is intended for patient's body exposure to an alternating electric field.

An electrostatic therapeutic device and a method of therapeutic treatment are disclosed. The electrotherapy device includes a charge generation module, at least one therapeutic electrode and an electrical drive. The charge generation module contains at least one closed loop dielectric belt, put on at least one pair of dielectric pulleys and a set of charging and discharging electrodes. Rotation of the dielectric pulleys generates an electric charge of a predetermined polarity on the at least one therapeutic electrode. The reversed rotation reverses the polarity. The device is intended for patient's body exposure to an alternating electric field.