Engineered for instant installation without permanent fixtures, this rechargeable wall sconce delivers adjustable illumination through a flexible magnetic mounting system. The cylindrical lamp head rotates a full 360 degrees via a ball-joint hinge, allowing precise beam direction for focused tasks or ambient glow. A strong adhesive backing secures the base to any smooth surface, while the integrated rechargeable battery eliminates the need for electrical wiring or outlet access.
Power management centers on a standard USB-C port, making routine recharges straightforward and clutter-free. Operation remains effortless with dual control methods: a discreet touch panel on the fixture itself and a dedicated infrared remote for adjusting brightness from anywhere in the room. The built-in frosted diffuser softens the LED output, reducing harsh glare while maintaining even coverage suitable for reading, vanity routines, or detailed desk work.
Fits Any Interior Style
Select from three distinct exterior treatments, including matte white, matte black, and natural wood grain, to align with existing decor palettes. Each unit ships complete with the magnetic sconce body, wireless controller, and necessary charging accessories, ready for immediate placement in apartments, studios, dorms, or home offices where traditional hardwiring presents challenges.
Core Specifications
- Lamp Construction: Cylindrical housing with integrated frosted diffuser
- Adjustment Range: 360-degree rotation via magnetic ball joint
- Power Supply: Internal rechargeable battery charged through USB-C interface
- Operational Interface: Direct touch panel plus infrared wireless remote
- Installation Method: Damage-free adhesive mounting plate
- Finish Options: Matte white, matte black, wood grain
The package includes one wireless wall sconce unit, one infrared remote, and one USB-C charging cable. This cordless design adapts effortlessly to bedroom nightstands, bathroom vanities, hallway accents, and dedicated workspace desks without altering existing infrastructure.