Ferrofluid Music Rhythm Lamp Sound Sensitive Dancing Magnet Liquid Toy Ferrofluid Visual Display Lamp Desktop Speakers Companion
Features:
1.Visual Music Journey: Experience a new dimension of music visualization with this ferrofluid music rhythm lamp. As the magnetic fluid responds to different musical beats, it creates captivating visual displays of varying speeds and patterns, offering a feast for the eyes and a celebration of life.
2.Magnetic Rhythm Art: Watch the unique magnetic fluid dance under a warm white light, moving in sync with your music's rhythm. This magnetic fluid pickup lamp provides a soothing visual experience, changing in speed and shape to the beats, enhancing your enjoyment of any tune.
3.Type-C Convenience: Effortlessly powered by a Type-C connection, this magnetic liquid desktop lamp is designed for ease of use and is perfectly suited for all your outdoor activities, ensuring you can bring the magic of music and light wherever you go .
4.Multifunctional Companion: This dancing magnet liquid toy isn't just a visual treat; it's a versatile partner for your HI-FI or Bluetooth-Compatible speakers, an innovative desk decoration, a magnetic fluid display stand, a voltage balance toy, a fluid dance light, and even a metronome for piano practice.
5.Stress-Relieving Spectacle: Place this ferrofluid decorative light beside your speakers and let it sway gracefully to the music. As you enjoy your favorite melodies, the beautiful dance of the ferrofluid can help ease tension and provide a tranquil escape from the hustle and bustle of daily life.
Specification:
Origin: CN
Product Size: 106x98x98mm/4.17x3.86x3.86inch
Material: Plastic Shell
Magnetic Fluid Capacity: 4ml
Battery capacity: 3000mAh
Output voltage: 5V
Input current: 1A
Rated power: 6W
Charging time: 6h
Battery life: 6-8h
Note:
It is not a speaker and cannot make sound.
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.
