Three levels of vibration neutralization. Precision-machined duralumin. A ceramic sphere. Sorbothane. Engineering devoted to one purpose — purity.
Discover the EngineeringEvery detail matters. Unwanted vibrations — from the floor, the shelf, the component itself — mask the finest sound information. We built a system to silence them.
Machined from high-strength duralumin alloy. Each foot is an autonomous isolation system, combining material science, kinetic mechanics, and polymer engineering.
The main component is precision-machined duralumin — a high-strength aluminum alloy — providing maximum structural stability. Our hybrid system operates on the principle of triple energy control.
The upper cylinder receives the component's load. Inside, a set of precision balls converts unwanted vibrations into heat through mass interaction. Remaining energy travels via a piston — isolated by an anti-resonant O-ring — to the next stage.
The central pillar rests on a ceramic sphere, allowing controlled, minimal movement. The sphere's tiny contact surface acts as a mechanical isolator between two segments. Ceramic is chosen for its high strength, low density, and minimal vibration transmission.
The lower segment collects and disperses residual energy away from the enclosure. Final ground contact is made via a Sorbothane ring — a unique viscoelastic polyurethane that absorbs shocks, dampens vibrations, and converts energy into minimal heat.
A quieter background lets you hear micro-dynamics and fine details previously obscured.
By eliminating resonance, bass becomes deep, fast, and perfectly controlled.
Reduced micro-movements sharpen instrument imaging and expand the sense of depth.
Introducing anti-resonant feet delivers the greatest improvement in soundstage compared to any other modification in the audio signal chain.
Compatible with all audio devices up to 47 kg.