Mini Bora LED Recessed Ceiling Spotlight 4.5W 38 Degree 2700K Matt Black, High Performance Swivel Design for Precise Accent Lighting

The Mini Bora recessed spotlight represents the ideal solution for those seeking high-quality technical lighting, capable of combining a compact and modern design with excellent lighting performance. This 4.5W model has been designed for perfect integration into false ceilings, offering a minimal and sophisticated aesthetic that adapts with elegance to any residential or commercial environment.

The distinctive feature of this series is its extraordinary mechanical versatility. Thanks to the possibility of rotating the spotlight body by 355 degrees and tilting it up to 50 degrees, it is possible to direct the light beam with maximum precision, enhancing architectural details, works of art, or specific work areas. The 38-degree beam opening ensures a balanced light projection, ideal for creating sharp and well-defined focal points within the space.

One of the most carefully considered aspects in the design of Mini Bora is visual comfort. Thanks to the integration of advanced technology for glare control, this spotlight features an extremely low UGR value (less than 10 for this specific version), which drastically reduces glare, guaranteeing a restful and comfortable lighting experience even in environments where artificial light is used for prolonged periods.

Color fidelity is another strength of this product. With a color rendering index (CRI) greater than 93, the spotlight reproduces colors naturally and brilliantly, enhancing the quality of the materials and finishes present in the furniture. The 2700K color temperature provides a warm and welcoming atmosphere, making this device perfect for contexts where well-being and aesthetic pleasantness are fundamental.

The robust metal construction and matte black finish provide superior durability and a touch of timeless refinement. The recessed installation system has been designed to simplify assembly and ensure a flush finish with the ceiling surface, minimizing visual impact and keeping the architectural lines of the surrounding environment clean.