AstraLume Minimalist Linear Wall Light — Dimmable Touch Sensor Switch

Introducing a streamlined linear lighting solution crafted to enhance interior spaces with clean geometry and practical functionality. Built from a resilient metal frame paired with a smooth acrylic diffuser, this fixture projects consistent warm illumination designed for rooms measuring five to ten square meters. The pre-installed LED components eliminate additional bulb sourcing, while broad 110V–240V electrical compatibility ensures reliable performance across varied regional power standards.

Operation & Installation

Management relies on an embedded touch controller located along the fixture body, enabling instant power cycling and gradual brightness adjustments through direct contact. Because the system operates independently of fixed electrical runs, attachment remains straightforward using either mechanical brackets or industrial-grade adhesive mounts. This cord-free design offers exceptional versatility for bathroom vanities, hallway passages, dressing zones, or short-term accommodations where modifying wall wiring is unfeasible. An IP44 moisture-resistance rating allows safe deployment near sinks and shower areas without compromising safety.

Dimensions & Performance Metrics

Tailored to match different spatial scales, three length configurations balance modest energy draw with substantial lumen output. The compact variant measures sixty-eight centimeters wide, consuming roughly twelve watts to deliver twelve hundred lumens. The midsize option reaches ninety-eight centimeters, stepping up to eighteen watts for nearly two thousand lumens. Extending to one hundred twenty-eight centimeters, the largest model handles twenty-four watts to project approximately twenty-six hundred lumens across broader surfaces. Basic assembly is necessary prior to use, and engaging a licensed technician for initial positioning is advised. Manual production tolerances may introduce a one to three centimeter deviation in measurements, and monitor calibration can cause minor hue variations across displays.