Floating Galaxy LED Lamp with Magnetic Levitation Base
Rated 4.7 / 5 - Excellent
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Floating Decorative Lighting Design
This levitating galaxy lamp is designed to create a visually engaging lighting display using magnetic levitation technology. The orb is intended to float above the base and rotate slowly, displaying a 3D-printed galaxy-style surface. It may help add visual interest to desks, shelves, or display areas and can serve as a decorative lighting element in indoor spaces.
Magnetic Levitation and LED Illumination
The lamp uses magnetic levitation and wireless induction to suspend and power the orb without direct physical contact. An integrated LED light provides a soft ambient glow that may be suitable for accent lighting or low-light environments. The LED is designed for energy-efficient operation and long-term use, though brightness and visual effect may vary depending on room conditions.
Decorative Accent for Multiple Settings
This lamp is intended for use as a decorative centerpiece in locations such as bedrooms, offices, or living areas. The slow rotation and illuminated surface may create a calming visual effect for some users. It can also be used as an accent light or novelty décor item on nightstands, desks, or shelves.
Product Specifications
- Sphere Diameter: 5.5 inches (14 cm)
- Technology: Magnetic Levitation & Wireless Induction
- Material: 3D Printed PLA/ABS
- Light Source: LED
- Surface Texture: Detailed Galaxy Pattern
- Function: 360-degree rotation
What’s Included
- 1 x Floating Galaxy Lamp Sphere
- 1 x Magnetic Levitation Base
- 1 x Power Adapter
- 1 x User Manual
Frequently Asked Questions
How does it float?
The lamp uses a magnetic field generated by the base to suspend the orb in mid-air.
Does the lamp need batteries?
No, the base connects to a power outlet, and the orb receives power through wireless induction.
Is the orb fragile?
The orb is made from durable 3D-printed materials. However, care is recommended during setup and handling.
Can I stop it from rotating?
The orb may rotate naturally due to magnetic forces and airflow. It can be gently steadied, but it typically resumes slow rotation.
