Design Challenges

Designers and manufacturers of foot spa systems face two major challenges:

Challenge #1: Safety

When combining water and electricity, the first essential is control over the electricity. The second essential is an expert to operate the system.

Your safety and the degree of effectiveness in each session is dependent on:

(1) The sophistication of the technology, (2) the level of experience, and (3) the skill of the person operating the equipment.

Challenge #2: Quality

Metal electrodes used within the electrolysis process oxidize. As this occurs, the metal becomes pitted and corroded. All metal electrodes operate in this similar fashion and, as a result, have a limited life. At the end of that life, there is no more effect, no more drawing power.

Once their useful life has expired, the electrodes should not be usable. This practical limit ensures that there are consistent quality sessions.

PES overcomes both challenges:

Platinum Energy Systems do not rely on human intervention, with its inherent risk of operator error. Automated controls ensure that the system operates at an optimal level for each and every session.

By adhering to the following design principles, quality sessions are achieved:

1. Safety

PES dual-level protection ensures safety and eliminates human error.

A PES system is designed to protect against severe electrical fluctuations, such as power surges and blackouts. An internationally approved medical power source and the PES array technology ensure both protection and precision by monitoring, controlling, and regulating the power supply so that each and every session is 100% safe.

2. Precision

PES technologies keeps the power supply at an ideal treatment level.

The amount of electricity used by the system is held at a constant level for optimal performance: never too low where you receive no value, and never too high to become a safety concern. This ensures that you receive full benefit of the entire session for each and every use.

3. Control

There is no need to respond to changing sodium levels by altering power settings.

With a PES system, the risk of operator error is eliminated. Safety controls automatically regulate the electricity levels. There is no need to monitor conductivity and respond to changing concentrations of sodium, the array does it for you. This is what makes the PES array different from all other systems.

4. Standardized

Consistency and uniformity are ensured through each standardized session.

The effective life of an array stops when the coils no longer function at 100%. Whether you are using the array for the first or last time, the value of each session is completely the same. This is what makes PES sessions unique.

5. Integrity

Only optimal quality sessions can be performed during the life of an array.

When no longer effective, the array is deactivated so it cannot be used beyond its useful life. This high standard of performance and safety is unique to PES technologies.

6. Effectiveness

Array design ensures quality control, drawing capacity, and maximum performance every time.

PES electrodes are in a thick, long, tightly bound double helix configuration which, when stretched out, measure over 20 square inches in area, ensuring quality control, drawing capacity, and maximum performance every time.

7. Simplicity

Completely automated design guarantees ease of use.

Simply switch the system on to begin a session. You can then relax, secure in the knowledge that all aspects of the session are being looked after, and the system will automatically alert you when the session comes to an end. It is as simple as that.

The above Design Principles are incorporated into the exclusive patented technologies contained in all PES Systems.

For further information, you are welcome to contact us directly toll-free at 1-877-225-3388.