Vitatec e-Relief

Vitatec e-Relief – Natural ambient radiation in your living space

• for use in a room or an individual, direct application
• radius of approx. 6 m around the unit
• frequency spectrum up to 400 MHz (with an antenna up to 10 GHz)
• 43 application programmes divided into groups of different intensities
• battery-operated
• simple operation

Vitatec e-Relief replicates some of the most important components of natural ambient radiation in order to generally balance the body’s Vitalfeld and thus make it easier for it to deal with technological radiation.

A practical case is also available for safe transport, so you can take it with you wherever you go.

Vitatec e-Relief replicates some of the most important components of natural ambient radiation (within a radius of 6 m in all directions). It can generate different broadband signals up to about 400 MHz – or up to about 10 MHz when using a special antenna.

Natural ambient radiation ranges from less than 1 Hz to 320 GHz, including infrared radiation, visible and UV light, as well as X-rays and gamma radiation. Our bodies have had eons to adapt to this enormous range and its rhythms.

However, the organism has not only adapted, but has developed from it important natural processes with high dynamics, bandwidth and rhythmic variety. It therefore perceives them as positive and beneficial – even at higher intensities – and uses them for its survival and regeneration.

Technical radiation, that has been developed for our modern way of life and has become increasingly present in recent decades, pursues completely different goals. It is therefore limited to a considerably smaller frequency range and is so much more intense that it can impair and disrupt our bodily processes right down to the level of our DNA.

The device thus generates Schumann frequences of the first 11 modes (with which these special frequencies naturally generated in the Earth’s atmosphere are well covered), and other frequency patterns, such as fractal frequency spectra, broadband spectra and substance spectra in certain frequency ranges.