BICOM BODY CHECK 2 (BBC)
The Bicom Body Check 2 (BBC2) bioresonance scanner is one of the most advanced devices in the field of quantum medicine. It is capable of identifying stress zones in tissues and organs that may lead to, or have already led to, the development of disease. This scanning method enables a detailed bioenergetic assessment of the entire body, making it an indispensable diagnostic tool.
BBC2 automatically scans and evaluates frequency patterns of the body, organs, and tissues down to the cellular level. It is a qualitative, not quantitative, analytical tool and belongs to the field of complementary medicine used for preventive healthcare. The measured scan values are compared with reference data stored in an extensive database that has been developed over decades through the work and expertise of leading minds of the 20th century, beginning with Nikola Tesla.
WHAT IS BICOM BODY CHECK AND WHAT TECHNOLOGY DOES IT USE?
The modern lifestyle causes key processes in the body to be disrupted by internal and external stressors, high environmental demands, consumption of processed food, smog, environmental toxins, and geopathic influences. The body responds to these factors with chronic stress, which may lead to immune system dysfunction manifested by fatigue, allergies, and chronic illnesses.
In such cases, treating individual symptoms is ineffective. Full recovery is only possible through detoxification of the body, stress reduction, and reactivation of the central nervous system.
Human body cells and tissues consist of molecules that are in constant motion, vibrating in a characteristic manner. These vibrations and their frequencies are received and registered by the brain, which uses them to assess the condition of the entire organism. When a specific part of the body becomes diseased, its vibrational frequency changes and is likewise recorded. Comparable patterns of information about health and pathological processes are stored within the device’s system.
During the examination, the software sends electromagnetic wave impulses to the patient’s body and tissues, which provoke a response in the form of return waves. The computer compares these signals with stored reference patterns, performs advanced calculations, and then presents the results visually.

