BuzziLight Mono

Iconic Felt Design with Soft Overhead Sound Control

BuzziLight Mono combines striking visual shadow play with sound-absorbing performance in a lightweight suspended fixture. Crafted from structured BuzziFelt strips stitched around a central light source, its open lantern-like silhouette traps speech chatter and reduces echo in high-ceiling environments. Fully customizable across a vibrant palette of BuzziFelt colors and contrast lace details, BuzziLight Mono serves as a flexible statement piece above meeting tables, reception desks, and collaborative lounges.

  • Design Attribution: Designed by Sas Adriaenssens, combining flexible felt craftsmanship with functional architectural lighting.

  • Acoustic Performance: Sound-dampening felt body attenuates mid-to-high speech frequencies directly above noise sources.

  • Material Composition: Constructed from BuzziFelt—made from 100% upcycled post-consumer PET bottles, offering high structural stability and 100% recyclability.

  • Customization & Color Options: Available in a diverse spectrum of BuzziFelt shades with customizable stitch and lace accents for a personalized accent piece.

  • Dynamic Illumination: Casts soft, warm ambient light through laser-cut slits, creating subtle light-and-shadow patterns on surrounding surfaces.

Looking to add iconic acoustic lighting to your ceilings?

Request customized project pricing, explore BuzziFelt color options, or download technical spec sheets.

Acoustic Performance

Despite its lightweight design, the felt body has a large surface area that, with its cylindrical design, traps sound waves within its circular body. In turn, the round shape reduces noise from all sides. Combine different suspension heights to prevent sound from traveling in large spaces with high ceilings.

  • Absorb

  • Block

  • Contain

  • Low Tones
  • Mid Tones
  • High Tones

Designed by Sas Adriaenssens

BuzziLight Mono utilizes laser-cut felt strips to cast dramatic light patterns while capturing overhead sound waves in open spaces.

Additional Documents