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3D Printed Moon Galaxy Star Night Lamp and Room Light Décor

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Original price $55.00
Original price $55.00 - Original price $55.00
Original price $55.00
Current price $29.99
$29.99 - $29.99
Current price $29.99

Experience amazing effects and add some mood lighting to your room with our beautifully 3D printed Moon Galaxy Star Night Lamp!


This spherical night lamp uses advanced 3D printing technology, to serve as a decorative night light for your home. It emits 3 light modes: White, Warm White, and Yellow light to suit your different lighting moods. It is equipped with an efficient LED light bulb, that stays cool even after a long time of use.

To use the night lamp, assemble the wooden stand by following the instructions in the package, place the charged spherical night light on the wooden holder; use the Touch Button at the lamp bottom to turn on it, and choose the color you like.

‘When charging the lamp, connect the power cord to a device that supports USB charging such as your laptop, computer, power bank, or connect it to a plug and place it on a wall socket. A blue light will turn on when it starts charging and will turn off when it is fully charged.

This upgraded night lamp has the color patterns printed on the surface of its 3D spherical lamp which takes inspiration from the starry sky, making it the perfect ornament be it in daytime or nighttime. The charming lights and prints complement each other, making it a pleasant thing to look at.


Material: ABS
Bulb: LED
Wattage: 0.3W
Light Color: white, warm white, yellow
Battery capacity: 240mAh
Charging time: 2-3 hours
Working Time: 3-6 hours
Power supply: USB DC 5V, 1A
Control: Touch Control
Diameter: 8 cm
USB Powered

Package List:

1 x 3D Printed Lamp
1 x USB Charging Cable
1 x Wooden Stand
1 x User Manual

Product Notes:

Please allow 1-3 cm difference due to manual measurements.
Please note that the actual colors of the products displayed on screens may vary slightly from the images shown, due to various factors such as screen settings, lighting conditions, and individual device color calibration.