| | |

Cloudform Beams Delivers Tailored Light, Acoustic Control

LightArt Cloudform Beams

Building on its Cloudform Collection, LightArt introduces Cloudform Beams, a new linear lighting system that addresses the growing demand for architectural, system-driven ceiling solutions. Cloudform Beams is designed to deliver tailored illumination and acoustic control in a cohesive format, expanding the flexibility of integrated ceiling and lighting strategies.

“The name Cloudform reflects the collection’s soft, cloud-like acoustic material shaped into intentional architectural forms,” says Adam Reeder, president at LightArt. “With Cloudform Beams, the balance between atmosphere and structure is expressed through refined linear geometries that bring visual lightness and sound absorption into defined, modern compositions.”

Intersection of Lighting and Acoustics

Developed with integration at its core, the collection prioritizes ease of specification and installation, modular planning flexibility for continuous runs or grouped installations, and visual consistency across configurations. To reduce reverberation and support integrated lighting, the team designed the collection with effective sound absorption while adding strong visual definition to interior ceilings.

Cloudform Beams is available in both illuminated and unlit configurations, allowing designers to create flexible but cohesive ceiling landscapes that integrate lighting and acoustics within a singular architectural element. Illuminated and non-illuminated beams can be specified independently or combined within the same installation, offering layered performance and design versatility. The adaptable system supports cleaner ceiling planes and a more streamlined specification process by reducing the need to layer separate fixtures and acoustic treatments.

Sleek Profile, Superior Performance

Prioritizing durability and ease of installation, Cloudform Beams’ design prioritizes durability and ease of installation while supporting material transparency goals and streamlined project coordination. Aesthetically, the collection present a refined, architectural silhouette. Functionally, the system complements coordinated lighting and acoustic design while reducing ceiling clutter and simplifying project execution.

Cloudform Beams is particularly well-suited for workplace and civic environments, multi-residential amenity spaces, education facilities, hospitality settings, and large open-plan interiors where reverberation control is critical.

Technical Specifications of the LightArt Cloudform Beams Collection

  • Material: Rigid fiberglass construction
  • Beam width: 3″
  • Beam lengths: 22″, 34″, 46″, 58″, 70″, 82″, 92″
  • Beam heights: 5″, 10″, 16″, 22″, 28″
  • CRI options: 80 or 90 CRI
  • CCT range: 2700K–4000K
  • Dimming: 0–10V
  • Sustainability: Materials and finishes aligned with responsible manufacturing practices

Learn more about LightArt’s Cloudform Beams  at LEDucation in New York City, April 14-15.

Related Articles


Latest Articles

  • MaxLite Appoints Jason Samuelian to Two Key Positions

    MaxLite Appoints Jason Samuelian to Two Key Positions

    New Jersey-based MaxLite has appointed Jason Samuelian as Vice President of Sales – C&I West Region, plus Managing Director of EV Solutions. He brings nearly 15 years of experience across the lighting, electrical, and ESCO industries, most recently serving as Senior VP/ Sales & Marketing at ESPEN Technology, where he led national initiatives across lighting Read More…

  • WAC Group Appoints Greg Barrett Director of Commercial Lighting Systems

    WAC Group Appoints Greg Barrett Director of Commercial Lighting Systems

    On the heels of launching its commercial specification-grade WAC Architectural brand this month, WAC Group has appointed Greg Barrett as director of commercial lighting systems. Barrett has more than 20 years of experience in lighting and control systems, working for companies such as Savant, USAI Lighting, Ecosense, and Ketra in roles that range from product management and specifier development Read More…