The Science of Visualising Sound

Cymatics™ is the study of visible sound. It reveals how frequency organises matter into form, geometry emerging from vibration, order drawn from energy.

Every decision, from drive unit selection to crossover topology, is engineered to control resonance, shape dispersion and preserve the natural architecture of music.

Designed to Reveal Structure, Not Colour It

Many loudspeakers impose a character. The Cymatics™ 6 is designed to remove one.

Its role is not to editorialise. It organises energy in space, coherently and proportionally, without exaggeration. When properly partnered, it disappears, leaving scale, timing and emotional clarity.

Ready to hear music visualised?

The Tweeter

Precision Dispersion and Controlled Energy

A 25mm aluminium dome tweeter is coupled to a solid aluminium waveguide. This is not cosmetic. It controls off axis behaviour, manages acoustic loading and improves integration through the crossover region.

The result is stable imaging and consistent tonal balance across the listening area.

The Mid Bass Driver

Scale From Within a Compact Volume

The 171mm custom fibre mid bass driver is selected for controlled excursion, low distortion and natural tonal weight.

Housed within a heavily braced MDF cabinet and tuned rear vented enclosure, the system achieves meaningful low frequency extension without sacrificing speed or articulation.

The Crossover

Where Coherence Is Decided

A loudspeaker is defined by its crossover.

The Cymatics™ 6 network is built around component neutrality and electrical stability. Driver integration is prioritised over headline specification. Phase behaviour is managed carefully to maintain image solidity and tonal continuity.

Here, Cymatics™ becomes a discipline of controlled interactions between frequencies.

Cabinet Architecture

Managing Resonance With Intent

Resonance cannot be eliminated. It must be directed.

The Cymatics™ 6 enclosure uses high-mass 25mm MDF panels and strategic internal bracing to shift structural behaviour outside the critical midband region. The result is reduced cabinet signature and improved dynamic integrity.