A device for physiotherapy comprising: a frame, said frame comprising a left side, having an upper left side and a lower left side and a right side , having an upper right side and a lower right side , a transverse support connection connecting the lower left and right side , a main axle , a body supporting panel , a control device on the left and the right side of the device , a device blocking lever , said device blocking lever being located on a side of the device; a driving mechanism , said driving mechanism being situated in the upper left and right side of the frame , an asynchronous electric motor with a reduction worm gear unit with a belt drive , a mechanism for raising and lowering , said raising and lowering mechanism being situated in the lower left and right side of the frame , electrical and electronic equipment , for raising and lowering the device ; a transversal bar , and an ankle and a foot grip ; wherein the body supporting panel is pivotally mounted on the main axle , wherein the control device on the left and the right side of the device is configured as rudders , wherein the rudders control the inclination angle of the body supporting panel by manual adjustment, wherein the electrical and electronic equipment is configured to control the pivotal movement of the body support panel , wherein the device blocking lever is configured to lock the body support panel in the required position, wherein the transversal bar , and the ankle and foot grip are configured to hold the feet and ankles of a user, wherein said body supporting panel is being secured by padded springs and that the mechanism for raising and lowering comprises four electric jacks and two identical reduction worm gear units with limit switches , wherein the left and right side of the frame are identical, each side comprising a housing with two electric jacks , wherein both electric jacks are interconnected by a common axle , wherein the electric jacks in lifted state allow a rotation of the body support panel for additional selection of different possible inclination angles. wherein the body supporting panel is pivotally mounted on the main axle , wherein the control device on the left and the right side of the device is configured as rudders , wherein the rudders control the inclination angle of the body supporting panel by manual adjustment, wherein the electrical and electronic equipment is configured to control the pivotal movement of the body support panel , wherein the device blocking lever is configured to lock the body support panel in the required position, wherein the transversal bar , and the ankle and foot grip are configured to hold the feet and ankles of a user, wherein said body supporting panel is being secured by padded springs and that the mechanism for raising and lowering comprises four electric jacks and two identical reduction worm gear units with limit switches , wherein the left and right side of the frame are identical, each side comprising a housing with two electric jacks , wherein both electric jacks are interconnected by a common axle , wherein the electric jacks in lifted state allow a rotation of the body support panel for additional selection of different possible inclination angles. <EOS>