- LED Wall Light - Gooseneck Reading Lamp - Dimmable and USB Port - For Bedside and Desk - Black - 34cm

This LED wall light with its gooseneck design provides focused lighting ideal for reading without disturbing those around you. Its 34cm flexible arm allows for 360-degree adjustment to adapt the light to your posture. The integrated touch switch makes it easy to adjust the brightness and select from three available color temperatures. Equipped with a USB charging port, this wall-mounted reading lamp is perfect for bedside tables and desks, maximizing space. Material: Metal and plastic. Gooseneck length: 34 cm. Light source type: Integrated LED. Color temperatures: 3000K, 4000K, 6000K. USB output: 5V/2A. Cable length: 1.7 m. Features: Touch dimming and 360-degree rotation. Package contents: 1 lamp, 1 screw kit, 1 manual. Technical specifications: This lamp features a flexible 34 cm gooseneck allowing for 360-degree rotation. It offers three color temperatures of 3000K, 4000K, and 6000K with a touch dimming function to adjust the light intensity to your specific needs. Compatibility and Accessories: The integrated 5V, 2A USB charging port located at the base allows you to connect various devices such as phones, tablets, or e-readers. The included 1.7-meter power cable has a standard European plug for easy connection. Installation and Use: Wall mounting is simplified thanks to the screws and wall plugs included in the package. Simply drill into the wall, attach the metal bracket, and clip on the lamp. The touch switch allows you to turn the light on and off and adjust the brightness with a simple touch. Other Information: The package includes a wall-mounted reading lamp, a pack of screws for mounting, and a detailed instruction manual. Its minimalist design frees up space on the bedside table while adding a modern decorative touch to your interior.

Precautions for use: Please note that measurements may have a slight error due to the manufacturing process. The actual color of the product may vary slightly from the images shown due to differences in screen displays and ambient lighting.