Quantum Nutrition Center

In order to produce an outstanding product that is capable of achieving the quantum nutrition effect, it is absolutely necessary to test every container of each nutritional raw material contained in that formula – not just a sample from one or two containers from a large batch. There is simply no short-cut to this extensive testing process.

Even if you trust a particular supplier of raw materials who has a great reputation and has provided you very high quality nutritional raw materials in the past, it is still imperative to check every single container of incoming raw materials because many different types of errors can occur. A few examples of errors we have caught include: a) the wrong species provided, b) raw material had been irradiated, c) raw material damaged due to exposure to heat, impure air, moisture, light, etc., d) raw material contaminated with pesticides, e) deliberate attempt to substitute a similar looking, but cheaper, material instead of the requested raw material.

Our Signature Quality. Quantum Nutrition Labs, LLC tests every single batch of incoming raw materials using a highly advanced testing system called “Photoluminescence Technology”. Due to worldwide contamination and unethical practices, QNL believes that the only way to absolutely ensure integrity of raw material quality is to test every batch.

In stark contrast, most nutritional supplement manufacturers perform only random testing of their incoming raw materials. For example, in a batch of 100 incoming containers, only 5 containers of the 100 may be randomly selected for testing. Often, raw materials are “spot” tested only several times a year. Often, after initially testing raw materials, no testing is ever performed again, since the manufacturer relies solely on the Certificate of Analysis provided by the supplier. QNL believes that random testing of raw materials can never deliver the best results on a consistent basis since too many raw material errors can occur.

Photoluminescent Testing. HPSC, High Performance Crystal Spectroscopy, is used to perform simultaneous multiple scans of each specific raw material using birefringent quartz wedge polarization interferometry via near infrared light. This dual infrared light beam is used to penetrate a container of raw material to a specified depth of the container, even without opening the bag, to read the multiple frequency signature of the raw material without damaging the raw material. In 10 to 30 seconds, the photoluminescent device generates a distinctive fingerprint graph that is compared to the original specifications of that specific raw material, identifying a “range of confidence” for positive verification of the species and other parameters.

The photoluminescent picture can also identify the presence of heavy metals, toxic chemical or pesticide residues, excess moisture and much more. If the raw material conforms to previous specifications for that raw material, it passes the test. If the raw material does not, it is rejected and returned to the supplier.