1. The Hunter 4025 is more automatic.
2. Hunter provides you with a comparison after performing the analysis and treatment.
3. Hunter will provide you with further research based on in-depth reasons.
4. Hunter will provide you with a recommendation for the test treatment.
5. Hunter can provide you with greater accuracy.
6. The Hunter is more professional and intelligent.
7. Hunter can test your entire body according to the human system, which can help you save time in selecting the item.
8. Hunter can perform meridian testing.
9. Hunter's software is more convenient to use. Hovering the mouse over the icon will give you a description of the button's function.
10. The doctor can add more precise nidus during testing.
11. There is an "intelligent filter" function that can pass on items unsuitable for testing and leave out those suitable for testing.
- The research speed is increased by more than 5 times.
- Scanning of up to 1432 organs and tissues at the cellular level.
- 4025 digitized spectral lines of specimens and processes.
- High-performance Z-series multidimensional, nonlinear scanners (Metatrons) significantly increase research reliability, with accuracy reaching 95%.
Language options: English, Spanish, Portuguese, Japanese, German, French, Arabic, Russian, Italian, Romanian, Polish, Korean, Serbian, Chinese, Bulgarian, Greek.
Please specify the language version when ordering. Otherwise, we may ship in English by default.
Principle and Procedure:
The system operates on the principle of amplifying the initiation signal of disintegrative metal-stable structures. Influenced by the external electromagnetic field, magnetic moments of molecular currents in the mixing centers of the cortical nerve cells cause them to lose their original alignment. This leads to incorrect alignment. The alignment of the spin structures of these delocalized electrons leads to an unstable or metastable state within them. These disintegrating conditions then act as an initiative signal.
In terms of physics, the device is a system of electronic oscillations that resonate at the wavelengths of electromagnetic radiation. Their energy is equal to that required to disrupt the dominant bands that maintain the structural organization of the biological object. The system enables the production of a preset bioelectrical activity of brain neurons, and with this background activity, it becomes possible to selectively amplify signals that were previously barely detectable against static fluctuations. Information about the specific temporary conditions of organs and tissues is then collected contactlessly by a "trigger sensor" developed using modern information technology and microcircuits. The sensor detects weak signal fluctuations, selects them from the average statistical noise characteristics of the field, and converts them into a digital sequence that is processed by a microprocessor, which is then transmitted to the computer via the interface cable.
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