IsoAcoustics

IsoAcoustics Orea Graphite

$49.99
Shipping calculated at checkout.
IsoAcoustics Orea Graphite component vibration isolator. Up to 4 lbs (1.8 kg) per footer. IsoAcoustics patented isolation system: eliminates parasitic vibrations, improves sound clarity and focus. Machined stainless steel housing. Works with amplifiers, DACs, CD players, speakers, turntables. Priced each.

IsoAcoustics Orea Graphite

The OREA series applies IsoAcoustics' patented vibration isolation principles to electronic components. Parasitic vibrations — from the component's own transformers and mechanical elements, and from external sources like speaker-induced room vibration — degrade the performance of every component they reach. The OREA eliminates that coupling.

The Patented Design

IsoAcoustics' isolation approach uses a combination of internal elements that decouple the component from the shelf vertically while controlling lateral movement. The result is a reduction in the vibration transfer that affects transformer hum, capacitor microphonics, and the general grunge that mechanical noise introduces into the signal path. Machined stainless steel housing with a low-profile design that fits under most components without affecting access to controls.

Load Capacity

Up to 4 lbs (1.8 kg) per footer. Choose the Orea model that matches or slightly exceeds the weight per footer for your component — divide the component's total weight by the number of footers you'll use (typically 3 or 4) to find the per-footer requirement.

Press Recognition

IsoAcoustics products have been reviewed by Stereophile, Hi-Fi+, and professional audio publications. The OREA series has been consistently noted for meaningful improvement in component resolution and focus.

Specifications

  • Load capacity: Up to 4 lbs (1.8 kg) per footer
  • Housing: Machined stainless steel
  • Application: Electronic components, speakers, turntables
  • Pricing: Per unit

Questions about which Orea grade for your component weight? Reach out and we'll help you choose correctly.