Arkoslight Bora Surface LED spotlight 8.5W 36º 2700K Matt White adjustable for accent lighting with high technical quality and refined design

The Bora Surface ceiling spotlight represents an excellent solution for interior lighting, combining a contemporary spherical design with high-level technical performance. Designed for surface-mounted installation, this fixture is ideal for enhancing specific architectural elements or creating diffused lighting paths in residential and commercial environments. The structure is characterized by remarkable versatility, guaranteed by a mechanical system that allows for a 355º rotation on the axis and a 50º tilt, offering optimal pointing freedom for every design need.

The model in question, with a nominal power of 8.5W, emits a precise light beam with a 36º beam angle, specifically designed to offer superior directional control. The quality of light is one of the strengths of this series: thanks to a color rendering index (CRI) higher than 93, the colors of environments and furnishings are reproduced in an extremely faithful, natural, and vibrant way. Furthermore, attention to visual comfort is a priority, as demonstrated by the low UGR values, which significantly reduce glare, ensuring comfortable lighting even in spaces that require long periods of stay.

The product's aesthetics are refined in every detail, with a matte white finish that integrates with extreme discretion into various types of decor, ensuring a sober and elegant visual impact. The LED technology used not only ensures high energy efficiency but also guarantees a long-lasting operational life. The 2,700K color temperature gives the environment a warm, welcoming, and relaxing atmosphere, making this spotlight the preferred choice for living areas, galleries, or spaces where lighting comfort is a fundamental requirement. The simplicity of installation and the quality of construction materials make Bora Surface a durable and high-performing investment for anyone seeking high-profile professional lighting solutions.