The Zell-Check Spectrometer


The Zell-Check spectrometer from Projekt Gesundheit is a revolutionary technique to create a precise, real time, analysis of mineral deficiencies and toxic heavy metal excess in the tissue.

This method of measurement is unique because unlike the methods used up until now, individual and accurate action can be prescribed by means of the instantaneous measurement results. In the case of a heavy metal excess, a targeted discharge can be immediately proposed.

Zell-Check Spektrometer
Become a Zell-Check Analysis Center

Take full advantage of the Zell-Check and become a certified Zell-Check analysis center.

The Principle of Spectral Photometry

Zell-Check Kamera

Although the method is not new (already recognized in the 1930s), it is a revolutionary method of quantitative analysis for the way we use it now.

The principle works as follows; Each chemical compound absorbs, or reflects light at a certain wavelength. The higher the concentration of the specimen (the sample), the more light it absorbs according to the Lambert-beseecher law.

In practice the Zell-Check can detect and measure the amount of different types of chemical elements in the cell. It uses emissions of characteristic frequencies of the respective chemicals tested (minerals, micro-nutrients, and heavy metals).

Modern Measuring Technology


The measurement is carried out directly at your premises using a proven spectral photometer – a measuring instrument of the size of a hand scanner. The measurement is very simple, absolutely safe, painless, and fast. The device can be used everywhere with an Internet connection and the installed software.

Spectral Photometry
Each chemical composition absorbs light at a different wavelength (see graph).

Abbildung Spektral-Photometrie

Functionality of the Zell-Check Spectrometer


It is now scientifically proven that micro-nutrients, minerals, and toxic heavy metals are stored in the cells and not in the blood. The Zell-Check spectrometer provides a precise quantification of intracellular stores of micro-nutrients, minerals, and oxidative stress. It thus replaces a blood analysis for determining micro-nutrients and minerals as well as the trichomineralogram (hair analysis) used to analyze heavy metals.

After loading the patient data, the spectrophotometer is placed on four different locations on the palm of the hand, and this then sends out light using a tungsten diode and a UV source, which then detects the corresponding parameters. The measurement includes 20 minerals and micro-nutrients as well as 14 toxic heavy metals, the level between free radicals and antioxidants as well as 14 medical parameters.