WoodShroeder 2d

WoodShroeder 2d

Acoustic diffuser for the discerning. Provides clear, spacious sound without the effect of dullness.

Acoustic diffuser for the discerning. Provides clear, spacious sound without the effect of dullness.

The WoodSchroeder 2D acoustic diffuser is a solution created for those seeking the highest quality sound. Its design, based on the mathematical model of the quadratic residue of Manfred R. Schroeder, allows for uniform scattering of sound waves in multiple directions. Variable depths and widths of the wells cause reflections at different angles and times, which translates into a natural, spatial sound. The WoodSchroeder 2D enhances the clarity of sound, eliminates flutter echo, and broadens the listening point without excessive damping of acoustic energy.

Application

Schroeder diffusers 1D and 2D are available in several sizes, optimized for operation in different frequency ranges from 500 to 7500 Hz. The appropriate selection of depth and the number of wells ensures maximum efficiency with compact dimensions. The 1D variant is recommended for areas without direct reflections, while the 2D model works excellently in rooms where sound waves arrive at different angles. It is the ideal solution for recording studios, listening rooms, and home theaters.

Material

Application

Schroeder diffusers 1D and 2D are available in several sizes, optimized for operation in different frequency ranges from 500 to 7500 Hz. The appropriate selection of depth and the number of wells ensures maximum efficiency with compact dimensions. The 1D variant is recommended for areas without direct reflections, while the 2D model works excellently in rooms where sound waves arrive at different angles. It is the ideal solution for recording studios, listening rooms, and home theaters.

Material

Application

Schroeder diffusers 1D and 2D are available in several sizes, optimized for operation in different frequency ranges from 500 to 7500 Hz. The appropriate selection of depth and the number of wells ensures maximum efficiency with compact dimensions. The 1D variant is recommended for areas without direct reflections, while the 2D model works excellently in rooms where sound waves arrive at different angles. It is the ideal solution for recording studios, listening rooms, and home theaters.

Material

Application

Schroeder diffusers 1D and 2D are available in several sizes, optimized for operation in different frequency ranges from 500 to 7500 Hz. The appropriate selection of depth and the number of wells ensures maximum efficiency with compact dimensions. The 1D variant is recommended for areas without direct reflections, while the 2D model works excellently in rooms where sound waves arrive at different angles. It is the ideal solution for recording studios, listening rooms, and home theaters.

Material

Specification

Product properties

Installation

wall/ceiling

Varnishing

possible

Sound dispersion

yes

Impact resistance

high

Frequency range

wide

UV ray reaction

no discoloration

Specification

Product properties

Installation

wall/ceiling

Varnishing

possible

Sound dispersion

yes

Impact resistance

high

Frequency range

wide

UV ray reaction

no discoloration

Specification

Product properties

Installation

wall/ceiling

Varnishing

possible

Sound dispersion

yes

Impact resistance

high

Frequency range

wide

UV ray reaction

no discoloration

Available colors
Available colors
Available colors
To download
To download
To download

Projects with this product

Projects with this product

Acoustic diffusers from the Proline and Hi-fi series are professional solutions dedicated to recording studios, home theaters, and demanding listening spaces. Thanks to advanced geometry, they effectively disperse sound waves, eliminating echo while maintaining natural spaciousness and vividness of sound. The variety of forms – from classic Schroeder arrangements to organic 3D patterns – allows for the combination of the highest acoustic engineering with unique design, creating ideal listening conditions without the effect of excessive over-damping.

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