Dynamic control system for providing optimal gaseous flux in machining of workpiece material and related control method

A control system of gaseous flux for machining material of a workpiece in a machining area e.g., on a machining table, wherein the contacting materials of the workpiece and machining tool are preferably mutually different and electrically charging and/or electrically conductive such as metals or other materials of that nature, the system comprising:

• a module comprising an electric field chamber for producing and outputting ionized gaseous flux from input, preferably continuous, gaseous flow;
• and
• control and monitoring equipment at least functionally connected with the module,
• wherein the control and monitoring equipment is configured to dynamically, optionally substantially continuously, estimate, measure and/or adjust, based on input sensing data, a number of flux characteristics including flow rate, polarity and/or ionization level, such as density of ionization, so as to provide and/or control, optionally stabilize, a number of reactions advantageously comprising electrochemical reactions in the machining area, optionally comprising neutralization of workpiece and machining tool electric charges, oxidation of workpiece or workpiece and tool interface, and/or reducing temperature at workpiece and tool surfaces and associated interface.