Contemporary linear luminaires possess the ability to generate striking lighting effects, elevating the visual appeal and value of architectural structures. Our flexible wall washer solution provides advanced architectural illumination, offering unparalleled versatility and transformative lighting possibilities.
GRAZER MINI luminaire is a modern linear wall washer that can be used to create striking lighting effects and enhance the value of architectural buildings.
Designed to operate in wide range of ambient temperatures and available with different lens options, the GRAZER MINI incorporates the latest LED technology protected behind a UV stabilised polycarbonate.
Simple aesthetics and a choice of body colour allow this product to blend seamlessly with a broad spectrum of architectural palette.
- Base System
- Light Engine
GRAZER MINI is composed of an extruded aluminium body, machined aluminium end caps, polycarbonate protector with customizable (paintable) body.
Custom LED modules with monochromatic, RGBW or tunable white LEDs controlled by the DMX-RDM or DALI to achieve the desired effect.
16° degrees or 25° linear lenses
Various types of brackets are available for a flexible mounting: standard compact brackets, wall-mounted extension arms, end clamps and side clamps.
The luminaire features a high-grade aluminum profile, ensuring durability and longevity. Its elegant and compact design minimizes its impact on the overall architecture, seamlessly blending into the surroundings. To achieve a perfect integration with the environment, the body color of the luminaire can be customized. The luminaire offers a wide range of mounting options, allowing for versatile installation possibilities. With its low energy consumption, it provides an energy-efficient lighting solution that helps reduce environmental impact and operating costs.
With IK08 impact resistance, it is built to withstand accidental impacts and maintain its structural integrity. Additionally, the IP66 tightness level guarantees protection against dust and water ingress, ensuring reliable performance in various environments.