Maglev VibraFoundations

Maglev VibraFoundations

These are our reference isolation systems for electronics and work for sources, preamplifiers and amplifiers and even on turntables and speakers. They are the best isolation and vibration control devices on the market.

Unlike Polymer dampers and Spikes or ball devices these provide true “isolation” actually isolating the electronics from its surrounding by leveraging maglev technology and providing a floating platform for your electronics.

This translates to excellent instrument separation and truly lifelike vocal presentations resulting in a beautifully accurate and realistic soundstage.

Our magnetic levitation footers are CNC machined from T6063 Aluminium billet and then their outer surface is electro-anodized to achieve a hard bright layer that does not oxidise and is not prone to scratches.

The top and bottom surface of magnetic levitation machine feet have a  non-slip design so your equipment remain stable and sound. Due to the inherent property of the maglev no levelling is required as the feet “self-level” themselves.

The Model 1 is 48mm in diameter and 41 mm tall and each footer has a load capacity of 4.5 kilograms (18 kg per set of 4).

Specifications

• Material: aluminium alloy + strong magnet.
• Diameter: 48mm, height: 41mm. Maximum load: 4.5KG/1pcs; 18KG/4pcs

How it works

All audio equipment experiences vibrations, micro-vibrations created by the internal transformers and electronics of the equipment itself and also macro vibrations from the surrounding equipment and bass in the room. External vibrations carried through the floor due to movement in the room and other airborne vibrations are yet another source.

These primary and secondary vibrations do affect the outputs of our equipment. The maglevs use magnetic polarity to achieve a kind of floating platform for the electronics that is arguably the most efficient way to isolate and eliminate vibrations passing into the audio equipment.

They also allow for the internal vibrations to be converted and dissipated by converting to heat.