Device and method for the non-invasive personalized treatment of skin blemishes

Device for the non-invasive personalized treatment of skin blemishes and disturbances, adapted for the diagnosis and treatment of skin blemishes and disturbances based on the characteristics of each patient, the device comprising:

• a console provided with wheels and handles for an easy transport and electrical connection means for the power supply of the components integrated in the console itself, comprising at least one pair of recesses adapted to reversibly house a corresponding pair of handpieces;
• said at least one pair of handpieces including a larger handpiece and a smaller handpiece;
• said larger handpiece being adapted to be grasped on grip thereof by an operator for performing the micro-vibration treatment on the body of a patient;
• said smaller handpiece being adapted to be grasped on a grip thereof by an operator in order perform micro-vibration treatment on the face of a patient;
• said treatment being administered due to the rotation and to the simultaneous vibration of each internal cylinder relative to each handpiece which rotates and vibrates at a pre-established frequency;
• each of said cylinders being provided, on its external surface, with a plurality of independently movable rotary elements connected to said cylinder, adapted to be pressed on the body or on the face of the patient, in order to obtain the desired massaging effect;
• at least one device for adjusting the rotation and vibration, integrated in each handpiece, and adapted to govern the frequency of said rotations and vibrations of said cylinder of said handpieces;
• at least one electrical energy absorption sensor for each handpiece, adapted to detect the quantity of electrical energy absorbed by each handpiece in order to obtain the rotation and the vibration that are desired for the relative rotating elements;
• said electrical energy absorption sensors being adapted to communicate the data relative to
• a control unit programmed with a dedicated software adapted to process the data coming from said electrical energy absorption sensors and consequently act, in real time, on said frequency adjusting devices of each handpiece in order to obtain an immediate variation of the rotation and vibration frequency of said cylinders, within a pre-established range comprised between 20 Hz and 700 Hz, preferably between 40 Hz and 355 Hz, depending on the mechanical strength offered by the skin tissue of the patient in contact with one of said handpieces;
• and
• a communication interface, preferably integrated in said console, adapted to allow an operator to receive, in real time, the information regarding the treatment underway and to set the desired parameters between which the frequency of the vibrations and of the rotations to be administered to the patient through said handpieces.