System and device for optimizing metal electrodeposition

An optimizing device for electrodeposition of metals with multiple openings which maximizes a passage of electrolyte flow without altering the electrodeposition which is suitable for different current density ranges and which straightens electrodes avoiding loss of current due to short circuits that occur between anodes and cathodes, wherein the device comprises:

• a single body comprising with a skeletal structure formed by different body sections comprising at least one separation section with inclined side walls followed by at least one circulation section with walls that configure a cross section narrower than the at least one separation section repeating this configuration of body sections alternately throughout a length of the device;
• where all of the inclined side walls of the at least one separation section and the walls of the at least one circulation section have the multiple openings of various shapes that facilitate the passage of the electrolyte flow, and where all or at least some of the side walls of the at least one separation section and the walls of the at least one circulation section come together on the front face of the device forming a wall that supports wedge areas arranged to accommodate the peripheral edge of an electrode, straightening the electrode in all its extension and separating the electrode from adjacent electrodes.