In environments where quiet music enjoyment is desired, traditional speaker systems often pose challenges. Shenzhen Xuanda Electronics Co., Ltd. introduces its innovative 33mm Vibration Speaker, featuring surface vibration transmission technology to revolutionize personal audio experiences.
Cutting-Edge Surface Vibration Technology
Xuanda's 33mm Vibration Speaker transmits sound through solid materials, enabling audio to travel directly via headrest fabrics, massage chair surfaces, or vehicle seat materials. This highly private transmission method ensures minimal ambient noise disturbance, making it ideal for offices, bedrooms, or vehicles. Whether enjoying morning nature sounds, afternoon ambient music, or nighttime sleep-inducing white noise, users can experience high-fidelity audio without disturbing others.
Superior Environmental Resistance
With an IP67 waterproof rating, this speaker withstands sweat, humidity, and challenging conditions like bathroom or poolside use. Its durable design ensures extended lifespan, meeting rigorous demands of sports enthusiasts and outdoor users.
Innovative Applications
Sleep Aid Devices: As a core component for audio pillows and sleep aids, it directly transmits sound waves through material vibrations to the eardrum. This "sound wave therapy" method proves more effective than traditional speakers for improving sleep quality.
Premium Massage Chairs: Seamlessly integrates with airbag massage systems to create multi-sensory experiences that synchronize with musical rhythms.
Automotive Audio Systems: Delivers private theater-grade sound while effectively isolating road noise for enhanced driving comfort.
Technical Advantages
Solid-conduction technology for directional sound fields
IP67 protection for reliability
Compact 33mm form factor
Customizable sizes and mounting solutions
We invite you to experience this breakthrough audio solution. For product details or sample requests, please contact our sales team. Xuanda Electronics continues to provide professional acoustic solutions for space-constrained devices.