Traditional Yet stylish
The indirect LED troffer series offers a traditional modern design with the latest lighting technology. Transparent optics engineered specifically for LED sources are integrated with minimalist design and architectural materials to create a broad range of solutions with superior optical and energy performance. High performing optics allows for maximum energy savings and optimal illumination in a ultra-minimalistic shallow recessed fixture, provides a unique translucent appearance without sacrificing performance.
Available in 2x2ft and 2x4ft
UL listed, DLC qualification and damp rated
It is architectural recessed lighting solution for commercial and institutional environments, including office building, medical, health, educational, retail, hotel, airport, hospitality, etc.
The unique design show a nearly transparent luminaire when off and excellent uniformity and efficiency when on. When the fixture is off, the center light engine becomes transparent, and missing into the ceiling that bringing a cleaner architectural environment.
It offers unique center shielding with round perf which provides uniform, low-glare illumination
CCT and Wattage Select- Fulfill more orders with fewer SKUs
Most of our customers have been struggling with inventory control, our TT series are truly a modern luminaires that provides flexibility in how a space is illuminated, featuring independently-selectable color temperatures(3000K, 3500K,4000K) and wattage by using dip switches, you can choose what you want, creating your optimal lighting experience.
Floating light engine- innovative aesthetic
It is a unique product that recessed in the ceiling. These remarkable elegant luminaries combine premium-quality aluminum and high performing floating light engine, making the illusion of the light floating in mid-air..
Direct and Indirect Light - optimal performance
Controlled up lighting and down lighting distributions Unique design with floating light engine that spans the light across the bottom of the luminaries precisely controlled optimal direct indirect light distributions between the direct down to the work surface and indirect ambient..