Mini Oxo Rectangular Adjustable LED Recessed Spotlight 12W 42º with Switch Technology 2700K/3200K/4000K Matt Black Finish Model RECT 2

The Mini Oxo RECT 2 recessed spotlight represents a cutting-edge lighting solution for interiors, characterized by a refined design and high design versatility. Thanks to its compact and modern structure, this device integrates perfectly into any type of false ceiling, ensuring minimal visual impact and superior aesthetic cleanliness, ideal for residential and commercial contexts that require discreet yet extremely high-performing accent or general lighting.

The technological heart of Mini Oxo is the CCT Switch function, a distinctive feature that allows for quick and easy selection of the desired color temperature via an integrated switch. Users can choose between a warm 2,700K light, a neutral 3,200K white, or a cooler and more dynamic 4,000K tone, thus adapting the atmosphere of the room to specific needs or different times of the day. With a total power of 12W, the spotlight projects a precise light beam with a 42º aperture, ensuring defined and comfortable lighting.

Flexibility is one of the strengths of this product: the fixture boasts a 355º orientation capacity and a 90º rotation, allowing the light flux to be directed exactly where needed, enhancing architectural details, artworks, or specific work areas. The body, made with a matte black finish, gives a touch of contemporary elegance to the installation, making it a sober and functional furnishing accessory. The series also offers maximum compositional freedom, being available in different configurations, from a single unit up to clusters of six light points, to satisfy any design requirement.

Built with high-quality components, Mini Oxo is designed to ensure longevity and optimal thermal management of the integrated LED, ensuring constant performance over time. Whether it is an office, a gallery, or a refined domestic living room, this recessed spotlight confirms itself as the ideal choice for those looking for technology, efficiency, and a minimal design capable of integrating in total harmony with the surrounding architecture, while always maintaining high quality of the emitted light.