Mind-blowing Reflekter™ Xl | Custom Finish | Disc Monopoint [limited Qty] [aMkoZOQl]

Reflekter™ XL: Advanced Architectural Lighting

The Reflekter™ XL is a cutting-edge architectural pendant light designed to revolutionize office and commercial spaces. With an impressive luminosity of up to 4750lm, this innovative luminaire offers unparalleled brightness and efficiency. Its 'closed loop' Circular Economy potential ensures a sustainable approach to lighting, making it an environmentally friendly choice for businesses committed to sustainability. The availability of a 360mm 'L' version and a wide range of luminaire optics and accessories, including UGR filters, allows for customization to fit any design requirement.

Custom Finish and Technical Specifications

The Reflekter™ XL comes with a 'Custom Finish' option, utilizing the Magic-Paint™ solution for a vast array of finishes, including a selection from over 250 RAL codes. This innovative paint solution is eco-friendly, made from natural materials like clay, and free from plastics, Isocyanates, VOCs, and EPA-listed toxic organics. The luminaire's body is 100% free from regular paint, plastic, and adhesives, ensuring no microplastic pollution and no harmful off-gassing. The electronics include a high-efficacy, replaceable LED and a long-life, replaceable driver, along with PVC-free cables for durability and safety.

Practical Applications and Benefits

Reflekter™ is the lighting choice of leading companies like Spotify, Autodesk, and Google, thanks to its ability to achieve the same lux level with less product and fewer lumens. This not only reduces installation time but also lowers running costs compared to traditional linear lighting. The Disc-Monopoint mounting option offers a low-profile, flat design with standard BESA hole spacings, making it versatile for various installations. With a focus on sustainability, the Reflekter™ XL supports environmental and well-being assessments such as BREEAM, LEED, WELL, and SKA, making it an ideal solution for businesses aiming to achieve their sustainable development goals.