FALLS Dual Asym

- Dual-beam asymmetric optical design – distributes light in two opposite directions simultaneously, perfect for corners and narrow spaces where bilateral wall-washing is needed

- Illuminates adjacent walls at once – creates a seamless, continuous wash of light covering multiple vertical surfaces from a single luminaire

- Fixed dual-orientation beam – engineered for consistent bilateral wall-washing performance, delivering reliable illumination across adjacent surfaces without the need for adjustment

- Anti-glare performance with UGR<20 – ensures comfortable viewing even in prolonged visual tasks

- High colour rendering (Ra90) – reproduces natural colours with vivid accuracy, enhancing the true beauty of wall finishes and artwork

- Integrated one-piece aluminium die-cast housing – excellent thermal conductivity, corrosion-resistant, and built for lasting durability

- Fine surface finish – delicate, elegant, and premium, designed to withstand the test of time

- Housing: Integrated one-piece aluminium, eco-friendly die-cast construction – excellent thermal conductivity and corrosion resistance

- Surface finish: Fine textured coating – elegant and durable

- Optical system: Dual-beam asymmetric lens – bilateral wall-wash distribution

- Colour rendering: Ra90

- Anti-glare: UGR<20 – comfortable for prolonged viewing

- Beam orientation: Fixed dual-direction – optimized for simultaneous illumination of adjacent walls

- Mounting: Recessed installation

- Wattages: Multiple options available

- Gallery and museum corners – illuminating artworks on adjacent walls simultaneously

- Retail store corner displays – showcasing merchandise on two perpendicular walls

- Hotel corridor intersections and lobby corners – creating seamless wall-lighting continuity

- Residential living room corners – adding depth and warmth to angular spaces

- Architectural feature corners – emphasizing material and texture where two walls meet

- Narrow spaces and passageways – where bilateral light distribution maximizes illumination efficiency

- Any interior requiring simultaneous wall-washing on adjacent surfaces

- Spaces demanding consistent, reliable bilateral wall-lighting performance