The electric charges of extracellular poly-saccharide substances (EPS) are essential characteristics of plaque. Great Gums Bioelectric microcurrent waves are low-frequency electrical signals comparable to radio or telegram frequencies. In water conditions, the effective distance is within ¾ of an inch. The new Great Gums technology uses a hybrid electrostatic force, simultaneously imposing both AC and DC on a micro frequency of 0.7 V to disturb the electric charges and subsequently break the EPS barrier.
The electric charges of extracellular poly-saccharide substances (EPS) are essential characteristics of plaque. Great Gums Bioelectric microcurrent waves are low-frequency electrical signals comparable to radio or telegram frequencies. In water conditions, the effective distance is within ¾ of an inch. The new Great Gums technology uses a hybrid electrostatic force, simultaneously imposing both AC and DC on a micro frequency of 0.7 V to disturb the electric charges and subsequently break the EPS barrier.
