Arkoslight MINI THESSIS 15W Recessed LED Downlight 90º CCT Switch 3000K-4000K-5000K Matt Black Color for Professional Interior Lighting

The MINI THESSIS recessed LED downlight represents a versatile and efficient lighting solution, designed to integrate discreetly into any architectural context, whether residential, commercial, or office. Thanks to its minimalist aesthetic in matte black, this fixture fits harmoniously into the false ceiling, ensuring uniform and comfortable light emission with a 90-degree beam angle.

The technological heart of MINI THESSIS is the innovative Switch Technology, which offers maximum configuration flexibility during installation. Through a practical switch integrated into the lamp body, it is possible to select the preferred color temperature between 3,000K (warm light), 4,000K (natural light), and 5,000K (cold light), allowing the atmosphere of the rooms to be adapted to specific functional or aesthetic needs without having to replace the fixture.

With a nominal power of 15W and a luminous flux of 1,300 lumens, this downlight ensures high lighting performance, making it ideal for offices, kitchen areas, dining rooms, or large circulation areas. The Thessis series has been conceived to guarantee durability and reliability, making it an excellent choice for projects that require precise and aesthetically refined lighting management.

The product's integration is facilitated by a slim structure and an intuitive recessed mounting system, which reduces installation times while maintaining a clean aesthetic result. The system's versatility also allows for use in spaces where accent or general lighting is required, supported by high energy-efficient LED technology that minimizes consumption without sacrificing light quality.

MINI THESSIS is the perfect choice for those looking for modern interior lighting, characterized by a sober design, cutting-edge color temperature control technology, and balanced power for intensive use contexts. The attention to construction details and the quality of internal components ensure optimal light distribution in every application condition.