What 3d nls diacom Function?

What 3d nls diacom Function?

body detection function: Detectable systemic 12 big system, 256 items of zang-fu organs, glands, cell… , 4352 kinds of disease make predictive report, the whole body 120000 list ensure accurate detection. Users can saw their organs current and past, and future 3 to 5 years of health and organization cell vitality trend.
the item(goods) analysis function: Can analysis food, health products… The article such as whether to human organs have the effect or damage, so as to carry out mediation balance life state.
repair treatment function: With energy spectrum restoration and repair function, to the early stages of the disease or has not been formed stage, especially for pain spot repair has the very good auxiliary curative effect.

How 3d nls diacom works?

How 3d nls diacom works?

It works by sending an infra-red triggering signal of extremely low intensity to the Bio-field around the brain via specially designed headphones. The principle is based on the fact the every cell tissue and organ has its own unique frequency pattern that varies as it experiences a load or stress. The healthier the area being investigated the more stable its frequency pattern is. We can direct the 3d nls diacom to investigate the unique frequency of say the tissue of the right lung, given that the Bio-fields of both brain and lung tissue, (as with all parts of the body) are in constant communication with each other.

With an acute problem one single therapy session is often all that is needed. With a chronic condition it may require several sessions over a period of time.

The device scans each organ or tissue on a cellular level.There are no other methods today that can find illnesses at the same early stage that the 3d nls diacom does.

3d nls diacom specifications

3d nls diacom specifications

Power supply – USB- port on your computer.
Feeding voltage – 5 V;
Current consumption – up to 500 mA;
Range of evaluated frequencies 1Hz- 1MHz;
Superposition of mediated frequencies to the electromagnetic component – 5.5 GHz;
Range of frequencies generated – 1Hz -1MHz;
Interface speed – up to 1 MHz;
Bioinductors – passive;
Electromagnetic reprinter – active with a possible feedback