Micro Zoom XL 2W Adjustable Recessed LED Floodlight 15-36 Degrees 2700K Matt Black for High Precision Accent Lighting in Display Cabinets and Furniture

The Micro Zoom XL represents the excellence solution for accent lighting in the jewelry and museum display sector. Designed as a mini recessed LED projector with an IP20 protection rating, this device is optimized for discrete integration into furniture, shelves, walls, or false ceilings, ensuring a minimal yet high-performing aesthetic presence. Its distinctive feature is the 200 mm extensible arm, which provides unparalleled operational flexibility, allowing the light beam to be oriented with millimeter precision on small objects placed at a distance, enhancing every detail.

Equipped with advanced optics, the Micro Zoom XL offers an adjustable light beam with an aperture between 15° and 36°. This versatility allows for an easy transition from narrow focal lighting, ideal for emphasizing reflections and textures in jewelry, to a wider aperture to cover specific display surfaces. The integrated LED technology guarantees a color rendering index (CRI) greater than 90, ensuring that the tones and colors of the illuminated objects are reproduced with maximum fidelity and vividness, a crucial element for high-end retail.

The optical system design focused on visual comfort: thanks to a UGR value lower than 19, the projector minimizes direct glare, protecting the viewer's visual well-being and concentrating attention exclusively on the illuminated object. With a power of 2W, the device is designed to optimize contrast and create atmospheres of great dramatic impact. The matte black finish not only gives a touch of contemporary elegance to the installation but also prevents unwanted reflections on the projector structure itself. The direct 220/240VAC power supply simplifies integration into existing electrical systems, making the Micro Zoom XL a superior technical and stylistic choice for anyone looking for precision accent lighting, defined by clean lines, light quality, and a design oriented towards display functionality.