With 4 different models to match the weight of your component or speaker, the OREA Series by Iso Acoustic securely and efficiently mitigates vibration, noticeably boosting the quality and clarity of sound produced by your setup.

These multi-award-winning isolators by IsoAcoustics could be a significant step in unlocking the true potential of your setup. With three different models to cover a range of weights, as well as a handy calculator on their website (see below), these isolators will boost clarity and widen your sound stage.

The GAIA isolators are machined stainless steel units that incorporate IsoAcoustics’ patented design to provide a high degree of speaker isolation, while resisting lateral movement and oscillations, to maintain accuracy and alignment with the listening position. Internal reflections from the hard supporting surface are attenuated resulting in greater sound clarity and openness.

The patented IsoAcoustics isolation stand Aperta, which means ‘open’ in Italian, allows for the full three-dimensional soundstage in your music. Speakers float, eliminating reflections from being conducted back into the structure that creates bass smear and resulting in a lack of clarity and openness.

IsoAcoustics engineered a support plate the for Aperta 155 and Aperta 200 bookshelf speaker stands which extend the surface area of your current floor stand or supporting structure to accommodate the Aperta. Double-sided tape is provided to fasten the support plate in place. With this support plate, you can use the brilliance of the Aperta isolation with most existing bookshelf speaker stands. The dimensions for this plate are: 170mm (w) x 210mm (d)

Fog Lifters significantly reduce RF coupling, whether with the floor, or due to misdirected efforts to isolate cable with stands or clamps that themselves have too much mass and are sources of RF Noise. A few inches or centimeters might not seem important, but as with light coming from a bulb, the energy falls off exponentially. A few inches or centimeters makes a big difference—which translates into a lower noise-floor and less compromise to, and distortion in, attached active circuits.