Kleinsche Felder-Technologie received a medical award

(openPR) The certified medical device manufacturer, Bernhard Klein from D-Bremen, was awarded a medicine AWARD in Switzerland by the Swiss health television, QS24. The health visionary Bernhard Klein received the award in the category – innovation medical product – for the development of the currentless, blood circulation-promoting magnetic field technology – Kleinsche fields.

The effectiveness of Klein’s fields, the technology of which is found in sleeping pads, seat pads, insoles and foils, has been proven by numerous scientific studies and investigations. In studies by Prof. Dr. Brigitte König (Leipzig, Magdeburg) have shown that the Klein fields are particularly effective in generating energy in the mitochondria and bring about a significant increase in cell performance.

Another advantage of Klein’s field technology, which has been proven by studies, is the measurement of more concentration and endurance, as well as a faster reaction, combined with fewer errors.

There is also new hope for people with hair loss. Several people report an end to hair loss and a new beginning for hair growth. This is made possible by the Kleinsche-Felder films, which can be worn on the head in a hood, bathing cap, cycling cap or headband, for example. The foils stimulate blood circulation in the scalp and ensure an optimal supply of oxygen. A new, real glimmer of hope for people with bright spots. In Germany, up to 80 percent of men suffer from hair loss and light spots, as well as more than 30 percent of women. As a guideline: More than 100 hairs that fall out every day are a medical problem!

In the book – Finally healthy sleep and a life without pain – (German Patient Publishing House, dpv, Cologne) numerous users report to the author, Dieter Becker, about their very good experiences with the Kleinsche-Felder technology.

Doctors also report in the book about their experiences with patients. In the case of diabetics who wear the Kleinsche Felder insoles in their shoes, the blood circulation in the feet could be re-optimized with the result that planned foot amputations (diabetic foot) could be canceled.