Tall Single-Compartment Audio Rack

Standard configuration

  • modular line of tables – individual modules are stacked on spikes made of stainless steel
  • four shelf levels
  • rigid, fixed top shelf, black lacquer finish
  • three mechanically decoupled, floating shelves, black lacquer finish
  • racks structure based on a four-point shelf support system

Customisation options

  • shelf spacing tailored to the customer’s audio system
  • alternative colours and finishes available upon request
  • the supports of the four-point system for floating (levitating) shelves are made of high-grade aircraft aluminium and can be finished using the following technologies: aluminium polishing, aluminium brushing, aluminium anodising in one of many colours (in gloss or matte finish), material painting in one of many colours (in gloss or matte finish)

Materials & construction

  • legs: high-grade carbon steel, precision-ground, powder-coated
  • shelves: MDF + HDF composite, bonded and pressure-laminated, black matte or high-gloss finish, custom colours or natural wood veneer available
  • shelf support and suspension system: high-pressure aircraft-grade aluminium, alloys 7022 or 7021
  • resonance-damping elements (functional and decorative): non-ferrous metals (bronze or brass), aluminium alloys, stainless steel OH18N9
  • bases, feet, spikes: stainless steel OH18N9, polished or brushed

Audible benefits

  • Improved clarity and resolution

Mechanical decoupling of shelves reduces micro-vibrations affecting sensitive circuits, resulting in clearer detail and improved low-level resolution.

  • Enhanced dynamic contrast

Controlled resonance dissipation prevents energy build-up, allowing faster transients and more natural dynamic swings.

  • More stable soundstage

Reduced mechanical interaction between components improves spatial focus, image stability and depth perception.

  • Cleaner bass and better timing

Isolation from transformer-induced vibration tightens low frequencies and improves rhythmic precision.

  • Lower noise floor

By minimising mechanical feedback, background silence becomes deeper, revealing fine musical textures and ambience.