1] Generators use 7" looped .9999 fine silver electrodes in a configuration that presents no edges to the water for excellent edge discharge characteristics and greater surface area. Surface area of a 6" x 12 gauge wire is exactly the same as one side of a 1/4 " flat ribbon of the same length. Total surface area for 6" submerged =1.5 sq " with no edges to erode prematurely

Wire is stronger, easier to handle.

1/4" x .13" flat silver is extremly flimsy , hard to keep flat and parallel, and almost all of the ion discharge is from the side facing the other electrode. Ion Discharge from 6 edges and 4 corners makes a flat electrode erode into a "V" shape.

2] Thermal Updraft Stir System "Basic" kits utilizing convection currents have no moving parts to break or wear out. [heater included] places the thermal updraft right where is does the most good. [Using the inverted funnel technique to channel Thermal Updraft convection currents makes stronger colloidal silver in Plug n' Play mode when running pints and quarts]

3] Kits using Magnetically Coupled Stirring are capable of stirring batch sizes from 8 oz to a gallon and more. ["Mag" stir systems do have heavy duty parts that move]

4] Enables use of inferior water in a pinch and allows one to make Colloidal Silver as strong as one wishes in a predictable linear manner at the flick of a switch. [Test batches at 50 PPM have done well] PPM is determined with Hanna PWT or COM-100 conductivity meter

5] Uses DC surface mount Integrated Chip Logic Technology to control the process and shut itself down automatically when done using a conductivity referencing circuit that continuously moniters the water electronically. [Timers alone simply cannot work] ...That's right, real guts..lots of really tiny ones. [PC Board Photo]

6] Now with an additional switch to select between Low Frequency AC [S.W.A.P.] and Traditional DC output.