Product Description
Experience the Orea Series audio component isolation feet, designed to eliminate parasitic vibrations and provide greater sound clarity and focus. Ideal for electronic components such as Amplifiers, DACs, CD Players, Speakers, and Turntables, the OREA isolation feet are made of machined stainless steel and feature a low-profile design to minimize any increase in height.
Each OREA model is designed with a different weight capacity. They each have a coloured ring on the bottom isolator that denotes the model and weight capacity. The OREA series are packaged individually to allow greater flexibility when determining the number of units to use. We recommend a minimum of 3 units under each component, depending on weight.
Brand
IsoAcoustics
IsoAcoustics, established in 2012 and headquartered in Markham, Ontario, specializes in designing and manufacturing audio isolation products for both home and professional settings. The company's founder, Dave Morrison, drew upon his extensive experience in constructing radio and television studios at the Canadian Broadcasting Corporation to develop patented technologies that address the challenges of unwanted vibrations in audio systems.
IsoAcoustics offers a range of products aimed at enhancing sound clarity by isolating audio equipment from supporting surfaces. Their product lines include the GAIA series for floor-standing speakers, the Aperta series for bookshelf and desktop speakers, and the OREA series for electronic components. Each product is engineered to reduce internal reflections and mechanical vibrations, thereby improving the accuracy and openness of the sound.
In addition to serving individual consumers, IsoAcoustics is trusted by professional audio manufacturers and studios worldwide. Their isolation solutions are integrated into various OEM products and are utilized in recording studios to ensure consistent and high-quality sound reproduction. By focusing on the physical aspects of sound transmission, IsoAcoustics continues to contribute to advancements in audio fidelity across different listening environments.