Specification:

• Color: Black/Blush Pink/Blue/Grey/Sage Green/White/Yellow
• Material: Metal
• Dimension: 7.28 x 5.60 x 16 in. (L x W x H)
• Bulb Type: Type A19/A15
• Switch Type: Rotary
• Shade Color: White
• Shade Material: Metal
• Shade Shape: Cone
• Max. Wattage: 25
• Finish: Grey
• Base Type: E26 Medium Base
• Base Dimension: Dia: 5.5" x H: 1.12"
• Weight: 2.03

Description:

Add a contemporary touch to your workspace with the Metal Looped Desk Task Lamp, featuring a sleek, tall profile, a cone-shaped shade, and a distinctive looped arm for a modern take on classic task lighting. The adjustable pivoting shade directs light precisely where you need it, making it ideal for reading, studying, or late-night work sessions. Perfect for home offices, dorm rooms, or bedside tables, this minimalist metal lamp combines style and practicality, while its compact design fits effortlessly into small spaces. Built for durability and long-lasting use, it delivers focused illumination and elevates any room with a clean, modern aesthetic, making it a versatile addition to your workspace setup.

Key Features:

• Modern Matte Finish: Elevate your space with a stylish desk lamp that complements any contemporary, industrial, or minimalist décor.
• Adjustable Cone Shade: Easily direct light where you need it most with the pivoting shade, perfect for reading, studying, or task lighting.
• Compact & Space-Saving: Ideal for small desks, nightstands, dorm rooms, or apartments to maximize lighting in tight spaces without sacrificing style.
• Durable Metal Construction: Crafted with a sturdy metal base and shade for long-lasting use and everyday durability, it is built to keep up with your busy lifestyle.
• Energy Efficient Bulb Compatible: Pair with LED or energy-saving bulbs (not included) for bright, eco-conscious illumination that saves on electricity bills.
• Product Size: Desk lamp measures L: 7.28" x W: 5.6" x H: 16" and weighs 2.03 pounds.

Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.