Colloidal Germanium Eye Special Set

Direct help against poor vision and tired eyes
Everyone knows the problem: after a long day at the computer or behind the wheel, our eyes are tired and strained, our vision becomes a little weaker, sometimes our vision even becomes blurred or hazy. But we can’t always just go to bed and sleep in to relax our eyes. The use of colloidal germanium has proven effective in such situations: Several sprays or 1-2 drops directly into each eye and your vision will immediately become sharper and tired eyes fresher.

Important tips on the subject of eye diseasestheir causes, solutions and tips on our FGS information portal.

Special eye set

Colloidal germanium for improved vision

More oxygen for your eyes

To understand why colloidal germanium works, let’s take a look at how the eye works. The light-sensitive cells of the eye (retina/macula) consume a lot of oxygen per cell – much more than other cells. When oxygen is converted into energy, oxygen radicals (2-10%) are automatically produced. When a lot of oxygen is converted into energy in the eyes, a lot more oxygen radicals are produced. The formation of oxygen radicals leads to increased damage to the light-sensitive retina and macula cells in the long term if there is an imbalance between radical generation and neutralization.

Immediately improved blood circulation

Colloidal germanium, produced in a high-voltage plasma process with 10,000 volts (no electrolysis!), directly improves blood circulation, oxygen transport and the efficiency of energy production in the mitochondria. For this reason, the effects are usually felt immediately:

• Increase in visual acuity / clearer vision
• Decrease in intraocular pressure
• Tired eyes become fresh and vital (multiple daily applications as a spray make sense!)
• Acceleration of eye regeneration and repair processes
• Increased use during frequent and intensive work at VDU workstations and driving is highly recommended – if you find a healthy balance and act bio-logically!

If the effect wears off, you can repeat the process at any time – as often as you like. Real colloidal metals cannot be overdosed.

Application and dosage

You can drip 1-2 drops into each eye or give several sprays into the eye – depending on the type of bottle. Then blink a little to spread the colloidal germanium and after about 30 seconds your eyesight should be a little better and tired eyes should be fresher again.

The first time, the “test conditions” should be such that an immediate effect can be felt. This is the only way you can be sure that it really works if, for example, your eyes are very tired (driving, working at a computer screen, etc.) or your visual acuity decreases noticeably during the course of the day (e.g. after eating). If the colloidal germanium is then applied, the effect should be noticeable and visible after a short time. The application can be carried out several times a day if necessary. You can read more about the use of colloidal germanium for improved visual performance here.

What are colloidal metals and how do you take them?

Genuine colloidal metals are very fine metal particles that are suspended in water and do not form a bond with the water - unlike ionic solutions (electrolytic production). The size of the individual particles is between 1 and 20 nanometers (1 nm = one billionth of a meter). The particles of this liquid dispersion can be produced by various manufacturing processes, which have a considerable influence on the properties and quality depending on the process. You can find out more about the use and dosage of colloids in the FGS information portal. Further information on particle size (nm), concentration (ppm), efficacy and bioavailability can be found in our FAQ here. You can find outwhy colloidal metals are so important as catalysts and metabolic accelerators here.
The high-voltage plasma process is best suited to the production of genuine colloidal metals from a bio-logical point of view. Here you can find out why production using electrolysis (= ionic solution / few real colloids) has more risks than advantages and what exactly the differences are.