041010601WU - VIA EVO Recessed 1140 48W TW White Prismatic Casambi by Faro Barcelona
Discover the perfect blend of modern design and advanced functionality with the 041010601WU - VIA EVO Recessed 1140 48W TW White Prismatic Casambi, a premium ceiling light from Faro Barcelona. Engineered for contemporary interiors, this stylish recessed lighting solution enhances any space with its sleek white prismatic finish and cutting-edge Casambi wireless control technology.
This ceiling light features a powerful 48W LED module that delivers exceptional brightness while maintaining energy efficiency. The tunable white (TW) function allows you to customize the light temperature, creating the ideal ambiance for every moment—from warm, cozy evenings to bright, focused daytime settings. Its prismatic diffuser ensures uniform light distribution, minimizing glare and enhancing visual comfort.
Equipped with Casambi technology, the VIA EVO Recessed 1140 facilitates seamless wireless control via smartphone or compatible devices, allowing you to adjust light intensity and color temperature effortlessly. The minimalist design integrates flawlessly into ceilings, making it an excellent choice for both residential and commercial environments.
- Brand: Faro Barcelona
- Power: 48W LED
- Light Control: Casambi wireless technology
- Light Feature: Tunable White (TW) for adjustable color temperature
- Finish: White prismatic diffuser for even light distribution
- Installation: Recessed ceiling mounting
- Modern residential living rooms and bedrooms
- Office spaces requiring flexible lighting solutions
- Retail stores enhancing product presentation
- Hospitality venues seeking customizable ambiance
- Conference rooms and meeting areas
The VIA EVO Recessed 1140 by Faro Barcelona sets a new standard in ceiling lighting by combining elegant aesthetics, customizable lighting options, and smart control capabilities. As part of Faro Barcelona’s Ceiling Lights category, it delivers sophisticated illumination that adapts perfectly to your lifestyle and space requirements.