The electro-medical device is based on the emission of controlled negative electrons due to the high–voltage direct current (DC) Which is supplied With alternating voltage (AC) 220 V and on the conductor (L) there is a potentiometer (1) to which the AC voltage (220 V) is supplied, and the potentiometer regulates the power of the current so that its maximum output power is 900 W, where behind the potentiometer there is a pushbutton switch (2) which, together with the pushbutton switch (3) closes the electric circuit when the device cover (B) is lowered and opens the electric circuit when it is lifted, while the switch (3) is further, through the conductor (4), connected to the primary coil - a high-voltage transformer 0011 (5), which is connected via line connection, with 29 of the total of 30 high-voltage transformers, while the last transformer in series is connected to the N where the current circuit is closed, so that high voltage transformers of the same power are supplying a maximum voltage of 18 kV. which is regulated by the potentiometer (1), and in this way the voltage is obtained on the secondary coil by bonding one diode of 18 kV or another type of diode that can correct the voltage and that direct current (DC) is directed through the conductor (8) to the aluminum panel (9), so that the other 29 high voltage diodes (7) of 18 kV the same as the first described diode, giving 18kV of direct current (DC) which is also directed to the aluminum panel (9), and the combined DC energy of 18 kV is used to rehabilitate the cells in the treated patients through free electrons that are injected into the human body while staying in the device.Elektromedicinski uređaj, zasniva se na emitovanju kontrolisanih negativnih elektrona usled visokonaponske jednosmerne struje, koji se napaja naizmeničnom, (AC) strujom napona 220 V i na provodniku (L) smešten je potenciometar (1) do koga dolazi (AC) struja napona 220 V, a potenciometrom regulišemo jačinu struje tako da njegova mak
