The BEMER application
The BEMER application is a highly developed magnetic field therapy that has a targeted effect on central functions in the body. Completely without chemistry or "miracle cure". Sounds like magic, but it's quite simple: physics! The BEMER application uses a pulsed electromagnetic field to bring the unique, patented BEMER signal configuration into the body. BEMER can improve the restricted microcirculation, i.e. the blood circulation of the small and smallest blood vessels⁽1⁾. The result: BEMER can support the process of cell supply with nutrients and oxygen as well as the removal of metabolic end products⁽1⁾⁽⁵⁾⁽⁶⁾. The mechanism of action of BEMER medical devices has been scientifically investigated in numerous studies.
The BEMER application in a nutshell
Good to know. Good for you.
Health and wellbeing on the same wavelength. The base signal on which the BEMER application is based generates a very low-frequency magnetic field (30 Hz), which is completely harmless to the organism – both human and equine. Even a computer generates a magnetic field of a higher frequency!
You may not feel it immediately. But you can see the BEMER effect under an intravital microscope after just a few minutes of treatment.
Before BEMER application
After BEMER application
Better Circulation. Better Care.
Red blood cells are like little transporters that deliver oxygen throughout the body. They begin their journey through the circulatory system and then arrive at the cells via the microcirculation, supplying them with oxygen. From there, the red blood cells absorb carbon dioxide before being carried away through the veins.
This is what medical experts say:
Dr. med. Karl-Peter Franke
Specialist in Anesthesiology
Dr. med. Annette Weiß
General Practitioner
Dr. med. univ. Helmut Dieplinger
General Practitioner
1 Klopp, R. C., Niemer, W., & Schulz, J. (2013). Wirkungen einer physikalischen Stimulierung der spontanen arteriolären Vasomotion bei Rehabilitanden unterschiedlichen Alters. Journal of Complementary and Integrative Medicine, 10(Suppl), P15-P22. // 5 Levy, B. I., Ambrosio, G., Pries, A. R., & Struijker-Boudier, H. A. J. (2001). Microcirculation in hypertension: a new target for treatment? Circulation, 104(6), 735-740. // 6 Schmidt, R. F., Lang, F., & Heckmann, M. (Eds.). (2011). Physiologie des menschen: mit pathophysiologie. Springer-Verla, S768
