Micro Zoom XL represents technological excellence in the field of miniaturized accent lighting. Designed with extreme care to meet the most sophisticated needs of the jewelry and museum exhibition sectors, this recessed LED projector offers top-level lighting performance in an extremely compact body. The structure, finished in an elegant matte white, allows the device to integrate harmoniously into furniture, shelving, walls, or false ceilings, offering a discreet but highly functional presence.
One of the strengths of the Micro Zoom XL system is the versatility of the light beam: thanks to a precision mechanism, it is possible to adjust the beam aperture from 15° to 36°. This feature allows designers to illuminate objects of varying sizes with extreme accuracy, always ensuring the best possible contrast and highlighting the minute details that define the quality of a displayed product. The color rendering, guaranteed by a CRI index higher than 90, ensures a faithful reproduction of colors, essential for enhancing precious stones, noble metals, and fine textures.
Attention to visual comfort is an absolute priority for this appliance. Thanks to a UGR value lower than 19, Micro Zoom XL minimizes glare, protecting users' eyesight and improving the shopping experience within commercial environments. The integrated 2W LED technology ensures extremely low energy consumption while maintaining a focused and incisive light emission, ideal for creating atmospheres of luxury and professional rigor. The internal design is optimized to ensure efficient thermal management, extending the operational life of the LED module. The recessed installation type ensures a flush finish with the mounting surface, keeping architectural lines clean and free of visual disturbances. The adjustable inclination adds a further degree of freedom in lighting design, allowing the light flow to be directed exactly where required by the exhibition concept. Choosing Micro Zoom XL means focusing on a precision instrument capable of transforming the spatial perception of illuminated objects.