The Mineral Infrared Frequency Device is an entirely new concept in medical technology. The MIT is a lamp that emits electromagnetic waves which coincide with the waves that the human body releases.
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The body is able to absorb those electromagnetic waves and then their energy yields therapeutic effects by:
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It is regularly used by national athletic teams, including ballet, soccer, martial arts, volleyball, and tennis. It has been known to provide effects, such as:
- relief of muscular aches and pains caused by arthritis and soft tissue injuries
- alleviation of inflammation and edema from soft tissue injuries
- assistance in the healing of skin disorders
- balancing of the nervous system
- promotion of healing effects on internal organs
- treatment of bone fractures
A Case Study of the MIT
Early in 1970, an odd and interesting phenomenon was noted at a century old ceramic factory in rural China. The workers were in extremely poor conditions and stood in mud most of the day. The manager became concerned that the workers would have arthritis and other issues from standing on the sodden floor day after day.
However, after an investigation, they discovered the opposite was true. The workers were extremely healthy and lived longer than average lives.
By the end of the decade universities, research institutes, and hospitals all formed an international society to perform clinical studies relating to this factory. Using a spectrometer, they discovered a strong unique spectrum with a wavelength of 2 to 25 micrometers, which is a very narrow band, that came from the kiln. Since it produced temperatures over 400 degrees Celsius, a black deposit fused to the conveyor and emitted the frequency. Trace elements such as Fe, Se, Mn, Zn, Co, Ni, Cu, Cr, K and others were found.
This frequency is now used in the lamp device above to treat human disease and conditions. The Zagreb International Fair in Yugoslavia awarded it the gold medal, and in Brussels Eureka World Fair, it won the silver medal for inventions.
It is now regularly used by athletic teams and even Olympians. The FDA approved it for use in 1988 and since then doctors have treated millions of patients.
The significant difference between the MIT and other infrared devices is the round plate that is coated with proprietary mineral formulations of 33 trace elements essential to living organisms. When the mineral plate is activated by the device's built-in heating element, the coated plate emits a special band of electromagnetic waves that coincide with the wavelengths and intensity of wavelengths released by the human body.
However, after an investigation, they discovered the opposite was true. The workers were extremely healthy and lived longer than average lives.
By the end of the decade universities, research institutes, and hospitals all formed an international society to perform clinical studies relating to this factory. Using a spectrometer, they discovered a strong unique spectrum with a wavelength of 2 to 25 micrometers, which is a very narrow band, that came from the kiln. Since it produced temperatures over 400 degrees Celsius, a black deposit fused to the conveyor and emitted the frequency. Trace elements such as Fe, Se, Mn, Zn, Co, Ni, Cu, Cr, K and others were found.
This frequency is now used in the lamp device above to treat human disease and conditions. The Zagreb International Fair in Yugoslavia awarded it the gold medal, and in Brussels Eureka World Fair, it won the silver medal for inventions.
It is now regularly used by athletic teams and even Olympians. The FDA approved it for use in 1988 and since then doctors have treated millions of patients.
The significant difference between the MIT and other infrared devices is the round plate that is coated with proprietary mineral formulations of 33 trace elements essential to living organisms. When the mineral plate is activated by the device's built-in heating element, the coated plate emits a special band of electromagnetic waves that coincide with the wavelengths and intensity of wavelengths released by the human body.
