5. Can the SIS equipment be used for the treatment of yeast and fungal infections?
Yes, the Output Current of the M250 model can be programmed for the treatment of yeast and fungal infections.
6. Can the SIS equipment be used for the treatment of parasites?
No. The SIS machines are not appropriate for the treatment of parasite infections.
10. Do you give support for use of the SIS machines?
Yes. We provide full and ongoing support to the original-purchase user of SIS equipment for its correct and optimal application.
We will always communicate promptly, and with as much help and detail as necessary for correct and optimal application of the SIS machines.
13. Can the SIS equipment be used to sterilize water?
The SIS M250 model has also been designed with small-scale water treatment and purification purposes in mind.
We have not yet conducted an independent laboratory test of water sterilization. We therefore disclaim that we imply or have any data to support or confirm the usefulness of the SIS equipment for these purposes at this time. We intend to conduct the necessary assessment soon [Target: 2019].
14. Can the SIS equipment make ionic (“colloidal”) silver solution?
Yes, very easily with the M250 and M250MA models. The silver stimulation surface of the SIS electrodes are 99+% pure silver (Ag). When two SIS electrodes (anode and cathode) are immersed into a container of distilled or purified water, an ionic/colloidal solution will be produced.
Alternatively, the SIS machine harness (connecting cable) can be easily connected to widely available pure silver rods made specifically for colloidal silver production, using the set of Alligator Clip Cable Adaptors supplied with each SIS machine M250/M250MA model.
17. If I have a microcurrent stimulator can I use it with the SIS silver-nylon electrodes?
No. The SIS machines should not be compared to commonly available microcurrent stimulators, either electronically or therapeutically.
WARNING: GENERALLY AVAILABLE MICROCURRENT STIMULATORS, AND OTHER ELECTRO-STIMULATORS THAT HAVE ELECTRONIC SPECIFICATIONS THAT INCLUDE THE MILLIAMPERE (mA) RANGE OF OUTPUT CURRENT, ARE NOT CAPABLE OF THE ELECTRONIC REQUIREMENTS OF ULTRA-LOW AMPERAGE (LOW INTENSITY DIRECT CURRENT) FOR SILVER IONTOPHORESIS USING SILVER-NYLON CLOTH AS ELECTRO-CHEMICAL ANODE AND CATHODE, AND SHOULD NOT BE USED WITH THE SIS ELECTRODES IN CASE OF UNPREDICTABLE TISSUE DAMAGE, BURNS AND OTHER ADVERSE BIOLOGICAL EFFECTS.
The SIS machines are direct current (DC) devices that are necessary for silver iontophoresis; they have no output stimulation frequency. Most currently available microcurrent stimulators are not DC devices: they are frequency emitting, pulsed waveform devices.
For silver iontophoresis using silver-nylon cloth electrodes as the +ve and -ve electro-chemical anode and cathode for the release of silver cations (Ag+s), extremely stable ultra-low amperage (low intensity/amperage) DC Output Current with nano-ampere accuracy is required, which is far beyond the capabilities of generally available microcurrent stimulators.
Additionally, the M250, M250MA and W250 model SIS machines are sophisticated real-time monitoring devices of the SIS silver-nylon cloth electrode↔skin contact, which is absolutely necessary for silver iontophoresis to occur at these very low electric currents.