Why does the new sleeping system have a gauss strength of 3,200 gauss when the previous model only had 750 gauss?
We decided on 3,200 Gauss because we wanted to increase the penetration depth of the magnetic field. It can be assumed that the general Gaussian strength on the body surface (directly above the magnetic disk) is approximately in the range of 1,200 to 1,500 Gauss. Since the RAM™ magnetic disc is embedded between the massage nubs, covered by the mattress cover and a bed sheet, and since there is still a pair of pyjamas between the body and the magnetic disc, the Gaussian strength is exactly right. The use of neodymium magnets has two reasons: The first reason is that we would not have achieved the desired Gaussian strength with ferrite-based magnets. The second reason is that the magnetic resistance of neodymium allows us to position the spherical magnets in the desired configuration despite the resistance of their magnetic fields with the adjacent magnetic fields. Unlike ferrite magnets, whose magnetic fields would eventually yield to the resistances within the configuration, neodymium magnets retain their magnetic properties for a long time.
Are there any tests on the new sleeping system that show that it offers a better magnetic cover than the previous sleeping system?
The technology itself already shows that the magnetic cover is now better. In the previous model, we used flat dipole magnets. These have now been replaced by the new RAM™ technology, which generates a series of magnetic fields extending over 360 degrees in three dimensions. The RAM™ system is the only design that provides this type of three-dimensional magnetic cover with a two-dimensional surface and no moving parts. The advantage of this technology is that the three-dimensional magnetic field covers everything within its reach, even a complex body with multiple angles.
What are the advantages of bamboo as part of the cover?
Bamboo fabric is a natural fabric made from the pulp of bamboo grass. It is light, strong, has excellent wicking properties and is both absorbent and quick-drying as well as antibacterial.
How does latex foam react to bacterial growth?
Latex is naturally antimicrobial and hypoallergenic. Bacteria and germs have almost no chance. Latex, therefore, contributes to a healthy environment and is very suitable for allergy sufferers and asthmatics.
How does latex foam react to moisture/sweat?
Latex has an open cell structure, which ensures natural ventilation.