Elevate your home or office décor with this innovative Magnetic Floating Globe Map, expertly crafted from high-quality ABS material with a durable rubber coating for long-lasting sturdiness. Featuring a captivating electromagnetically controlled levitation system, the globe effortlessly floats in mid-air, creating a mesmerizing visual centerpiece that adds elegance and intrigue to any space. Key Features: · Premium ABS Material with Rubber Coating: Ensures durability and a sturdy structure, making this floating globe both reliable and stylish. · Eye-Catching LED Illumination: Equipped with 4 vibrant colored LED lights that illuminate the globe in the dark, enhancing its visual appeal and creating a soothing ambiance. · Advanced Electromagnetic Levitation: Utilizes an electronically controlled magnetic system that balances magnetic suction and gravity, enabling the globe to float steadily mid-air when properly positioned. · Versatile Decoration and Stress Reliever: Perfect for home or office desk decoration, this floating globe also serves as a unique stress-reducing item, inspiring relaxation and focus. · Easy to Set Up and Use: Comes with a C-shaped base with built-in LEDs, a 3-inch globe world map ball, a white support stick, and a clear user manual for simple installation and enjoyment. Specifications: · Material: ABS with Rubber Oil Coating · Globe Size: Approx. 3 inches diameter · Frame Size: Approx. 18 x 4.8 x 17.3 cm (7.09" x 1.89" x 6.81") · LED Quantity: 4 colored LEDs · Power Supply: AC 12V 1000mA · Package Weight: Approx. 520g Package Includes: · 1 x C-Shape Base with 4 LEDs · 1 x 3" Globe World Map Ball · 1 x White Support Stick · 1 x User Manual Experience the magic of magnetic levitation combined with elegant LED lighting that transforms this globe into a striking yet functional decoration. Perfect for enthusiasts, educators, or anyone seeking a unique desk accessory, this floating globe map is designed to captivate and inspire while providing a calming focal point. Please ensure the device is placed on a flat, horizontal surface for optimal levitation performance.