The CERA technology is based on direct coupling for effective transfer of sound interfering resonance. Fast resonance transfer is provided by extreme hard high-tech ceramic balls. Combined with precision machined materials like stainless steel or aluminum the optimum balance between damping and deflection is achieved. The resulting vacuum effect draws off unwanted resonance directly where it evolves.

The clear advantage: no resonance build-up, no overdamping, no loss of deflection. The CERA technology improves the sound wherever sound-impairing resonance restricts the musicality.

Resonator 1000Hz Details
Sound-impairing intrinsic resonance from hi-fi components is now a thing of the past.
Joint research with the University of Applied Sciences in Dortmund has resulted in the development of a simple but efficient resonance dissipating device that considerably reduces annoying resonance. Conventional attenuation of component cabinets, using mass blocks for example, is mostly without any real effect, as the newly generated intrinsic frequencies are affected by the musical spectrum to such an extent that the sound-impairing effects are simply relocated. The Resonator° converts this resonance energy into heat across a broad band and specifically, thus redefining the sound of silence.

Optimum Results
The position of the resonator is determined empirically within the recommended range to achieve maximum reduction in resonance. The critical resonance range between 200 Hz and 1000 Hz becomes effectively damped.



Finite Elemente Cera Series Brochiure w/ Technical Data