LEVAR RESONANCE

The Challenge ...

Sound waves are the basis of everything we hear acoustically. Sound waves are triggered by vibrations and oscillations, which reach our hearing via the ambient air that has been set in motion. The human ear “usually” perceives vibrations from musical instruments or singing voices as pleasant. The best way to experience music in a real and authentic way is of course a live performance. For this you are forced to attend a concert.

However, in order to be able to reproduce music as realistically as possible in the home environment using a hi-fi system, a sometimes quite high level of technical effort is required. Since our human hearing is very sensitive and can precisely perceive even the smallest nuances, hi-fi enthusiasts often spend a lot of money on suitable equipment.

But where there is light, there is also shadow. The vibrations and oscillations generated when listening to music inevitably cause disruptive resonances and feedback effects in the room. The sound radiation from loudspeakers causes everything else in the listening room to vibrate, which is physically inevitable. The floor of the room, on which the hi-fi system naturally stands, reacts very sensitively, as do the walls and all objects in the room. The feedback effects that affect the music system in this way undeniably have a negative effect on the quality and purity of the sound. No matter how heavy the base, such as granite slabs, will help. Regardless of their weight, these swing happily. In addition, footsteps or the finest vibrations from surrounding roads or even railway lines are unpleasant.

A record player reacts most sensitively to resonances and vibrations. But CD players and tube amplifiers don't like this either (microphonic effect).

So what can be done to eliminate disruptive resonances as efficiently as possible?
Of course, this is where damping elements come into play. There are heaps of these on the market. However, despite their advantages, these all have one decisive disadvantage in common: Due to their design, they also represent a firm connection to the floor space. Because even the best and softest base hardens due to the applied load (e.g. loudspeakers) according to the weight and ultimately forms but again a firm contact to the ground. The material-specific signs of fatigue of the soft materials used should not be concealed.

Optimal resonance damping would inevitably be an air cushion without any intermediate material for the audio component to rest on. This is where our innovative and patented LEVAR RESONANCE MAGNETIC ABSORBER with magnetic functionality come into play. These damping elements were specially developed to produce the best possible and therefore optimal damping without the use of soft materials (rubber, gel, etc.). There is a magnetic field here, only with air in the damping area, which is extremely effective in eliminating vibrations.

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