Orluna Makes North American Debut at CEDIA 2026
Lighting manufacturer Lutron used the 2026 CEDIA Expo to unveil a unified architectural lighting strategy that formally bring U.K. architectural lighting brand Orluna into the North American market. The announcement aligns with Lutron’s broader Intelligent Lighting initiative, which expands the company’s footprint beyond control systems into a full‑scale lighting ecosystem built around premium fixture performance, color quality and seamless integration.
Known for its high‑fidelity LED engines and quiet architectural detailing, Orluna joins Ketra, Lumaris and Lutron’s growing fixture portfolio to create the unified platform for whole‑home and whole‑property lighting design.
At CEDIA, Lutron highlighted Orluna’s Beautifully Lit engine, engineered for natural‑light spectral accuracy and exceptional color rendering. The optical system delivers smooth, artifact‑free beams with precise control across fixed, adjustable and wall‑wash formats. The modular architecture allows designers to maintain consistent ceiling aesthetics while selecting beam angles, lumen packages and color characteristics appropriate to each space.
Orluna’s warm‑dim and tunable‑white options enable dynamic ambience and consistent color behavior across multizone installations. Orluna will be available for order in early 2027, further positioning Lutron as a comprehensive lighting provider capable of delivering premium fixtures, advanced controls and integrated experiences under a single ecosystem.
Highlights of Orluna from Lutron
- Beautifully Lit light engine offers high‑fidelity LED modules, high CRI and natural‑light spectral tuning
- Optics: Modular reflector system; narrow spot to wide flood; low‑glare baffles
- Color Options: Fixed CCT, warm‑dim, tunable‑white
- Dimming: Deep, stable dimming within Lutron control architectures
- Thermal management: High‑efficiency heat dissipation for long‑life performance
- Form factors: Fixed, adjustable, wall‑wash; minimal aperture visibility
- Construction: Precision housings, modular interchangeability, quiet‑ceiling design
