patented technology
Our proprietary technology
of omnidirectional non-coherent wave
offers a unique natural immersive
listening experience.
Our proprietary technology
of omnidirectional non-coherent wave
offers a unique natural immersive
listening experience.
30+
Years of experience in acoustic
12
INNOVATIVE ACOUSTIC
TECHNOLOGY PATENTS
100+
ART AND SOUND EXHIBITIONS
accolades
accolades
30+
Years of experience in acoustic
12
INNOVATIVE ACOUSTIC
TECHNOLOGY PATENTS
100+
ART AND SOUND EXHIBITIONS
A New Acoustic Philosophy
A New Acoustic
Philosophy
NACsound is built on a patented acoustic architecture that rethinks how sound interacts with space.
Rather than reproducing sound from a single point, the system is designed to generate
a spatial acoustic field, creating a more natural and immersive listening experience.
NACsound is built on a patented acoustic architecture that rethinks how sound
interacts with space.
Rather than reproducing sound from a single point, the system is designed to generate
a spatial acoustic field, creating a more
natural and immersive listening experience.
01
Beyond 360°
Conventional omnidirectional loudspeakers distribute sound in multiple directions.
NACsound goes further.
Its patented technology is based on spaced coaxial loudspeakers and a dedicated waveguide geometry, designed to generate
a distributed sound field that reduces
the perception of a single emission point
and allows sound to integrate with
the surrounding architecture.
Conventional omnidirectional loudspeakers distribute sound in multiple directions.
NACsound goes further.
Its patented technology is based on spaced coaxial loudspeakers and a dedicated waveguide geometry, designed to generate a distributed sound field that reduces the perception
of a single emission point and allows sound
to integrate with the surrounding architecture.
02
Non-Coherent Acoustic Wave
Non-Coherent
Acoustic Wave
Inspired by Francesco Pellisari's theory
of the non-coherent acoustic wave, NACsound explores a different way of distributing acoustic energy in space.
Like sunlight filling a room rather than
a laser striking a single point, the system
is conceived to create an enveloping sound environment instead of directing sound
from one fixed source.
Inspired by Francesco Pellisari's theory
of the non-coherent acoustic wave,
NACsound explores a different way of distributing acoustic energy in space.
Like sunlight filling a room rather than
a laser striking a single point, the system
is conceived to create an enveloping sound environment instead of directing sound
from one fixed source.
03
Geometry as Technology
Geometry
as Technology
For NACsound, the shape of the sculpture
is an active part of the acoustic system. Geometry guides the propagation of sound and influences its behaviour in space.
Years of experimentation with fluid forms
led to the evolution from pyramid to cone and ultimately to the Bessel-inspired profile of the OMNI Sound Sculpture.
The patented sound object where engineering, geometry, and design
work as one.
For NACsound, the shape of the sculpture
is an active part of the acoustic system. Geometry guides the propagation of sound
and influences its behaviour in space.
Years of experimentation with fluid forms
led to the evolution from pyramid to cone
and ultimately to the Bessel-inspired profile
of the OMNI Sound Sculpture.
The patented sound object where engineering, geometry, and design work as one.
04
Patented Innovation
Patented
Innovation
NACsound is based on a patented
acoustic architecture using spaced coaxial loudspeakers and waveguide technology
to generate a distributed sound field rather than a single emission point.
Its geometry is part of the acoustic system, shaping how sound propagates in space
and enabling a non-point-source
listening experience.
The approach sits between industrial design and acoustic research, redefining sound as an element integrated into architecture rather than an object placed within it.
NACsound is based on a patented
acoustic architecture using spaced coaxial loudspeakers and waveguide technology
to generate a distributed sound field rather
than a single emission point.
Its geometry is part of the acoustic system, shaping how sound propagates in space
and enabling a non-point-source
listening experience.
The approach sits between industrial design
and acoustic research, redefining sound
as an element integrated into architecture
rather than an object placed within it.
05