Introducing the LED 3D Mickey Lamp
Discover the attractive and original LED 3D Mickey Lamp, the latest decorative item! Made from laser-cut engraved plexiglass plates in our workshop in Clermont Ferrand, this lamp creates a fascinating hologram effect when turned on. Whether placed in the living room, bedroom, or used as a nightlight in a child’s room, it brings a touch of modernity to your home environment. If you enjoy cozy atmospheres, you will also be charmed by the soft and soothing light emitted by our lamps.
Highlighting the Unique Marketing Point of the LED 3D Mickey Lamp
Elevate your space with the captivating 3D hologram effect of the LED 3D Mickey Lamp. Its sleek design and innovative technology make it a standout piece in any room, creating a modern and enchanting ambiance. Perfect for adding a touch of whimsy and sophistication to your home decor.
Explore the Technical Features of the LED 3D Mickey Lamp
Delve into the technical details of the LED 3D Mickey Lamp, featuring a laser-cut engraved plexiglass plate and a black LED base with 7 touch-sensitive color options. The base operates with 7 fixed colors and an automatic color-changing mode, providing versatility and stunning visual effects. The lamp can be powered via USB cable or 3 AAA batteries, offering convenience and flexibility in usage.
Technical Specifications of the LED 3D Mickey Lamp
- Engraved Plexiglass Plate: A5 format (Approx. 15 cm x 20 cm)
- Black LED Base with 7 Touch-Sensitive Colors: Diameter 9.2 cm, Height 4.3 cm
- Material: ABS
- Lighting Power: 3W
- Power Source: USB cable or 3 X AAA batteries
Enhance your home decor with the LED 3D Mickey Lamp that combines artistic design with innovative technology. The lamp features a mesmerizing hologram effect that creates a unique ambiance in any room. With its touch-sensitive LED base offering 7 vibrant colors and a color-changing mode, this lamp is both functional and visually striking. Whether as a decorative piece or a nightlight, the LED 3D Mickey Lamp is a versatile and stylish addition to any space.
