Abstract: An ionic foot bath array for generating an ionic foot bath includes an upper rod support structure, at least one electrically non-conductive support structure leg depending downwards from the upper rod support structure and a plurality of generally cylindrical electrically conductive ionic rods each having the same diameter, the ionic rods being removably mounted and depending downwards from the upper rod support structure, each of the ionic rods extending generally parallel with one another in spaced-apart relationship in at least two generally parallel rows, the ionic rods having an intra-row spacing therebetween of no greater than two times the diameter of each ionic rod, the rows being spaced no greater than three times the diameter of each ionic rod, with at least one of the rows being positively charged and at least one of the rows being negatively charged.

Abstract: An ionic foot bath array for generating an ionic foot bath includes an upper rod support structure, at least one electrically non-conductive support structure leg depending downwards from the upper rod support structure and adapted to extend into and rest on the base wall of a basin in the water solution in which the ionic foot bath array is being placed and a plurality of generally cylindrical stainless steel ionic rods removably mounted and depending downwards from the upper rod support structure, each of the ionic rods having a diameter of at least one-half inch and extending generally parallel with one another in spaced-apart relationship in at least two generally parallel rows with at least one of the rows being positively charged and at least one of the rows being negatively charged.

Abstract: An ionic foot bath array for generating an ionic foot bath includes an upper rod support structure, at least one electrically non-conductive support structure leg depending downwards from the upper rod support structure and a plurality of generally cylindrical electrically conductive ionic rods each having the same diameter, the ionic rods being removably mounted and depending downwards from the upper rod support structure, each of the ionic rods extending generally parallel with one another in spaced-apart relationship in at least two generally parallel rows, the ionic rods having an intra-row spacing therebetween of no greater than two times the diameter of each ionic rod, the rows being spaced no greater than three times the diameter of each ionic rod, with at least one of the rows being positively charged and at least one of the rows being negatively charged.