FREQUENCY MODULABLE HIGH-END AUDIO PLATFORMS AND FURNITURE
We did not try to eliminate all vibrations. Instead we chose to tame them.
By using finite element analysis and 3D modeling via advanced digital simulations, we were able to measure the mechanical behavior of each platform and module. We pinpointed the hindering resonance frequencies (vibrations) that needed to be tamed in order to let electronic audio equipment perform at its full potential.
To control these resonance frequencies, we designed stainless steel harmonic absorbers which, by their very design and physical properties, significantly reduce the amplitude of these frequencies for each platform.
Hundreds of hours of data analysis enabled us to narrow down our field of experimentation. Hundreds more listening sessions helped us refine the design of the specific harmonic absorber for each of our platforms.