Best High Quality Horn Tweeter Speaker and Vibration Speaker from China Supplier
As the most professional loudspeaker manufacturer in the industry, ZEH AUDIO is your ideal choice.
With over 20 years of focus in the loudspeaker field, we can not only provide a full range of loudspeaker products (covering sizes from 0.5 inches to 15 inches) but also, relying on our professional capabilities, customize and deliver high-quality professional loudspeaker systems for you.
Tweeter Speaker & Vibration Speaker Series
The core function of a tweeter is to efficiently process high-frequency signals in audio, compensate for the deficiency of mid-bass units in the high-frequency range, and accurately transmit high-frequency information such as vocal details and musical instrument overtones—ultimately enhancing the overall sound with greater layering and penetration. It completes electro-acoustic conversion through the rapid vibration of its diaphragm, finally achieving delicate and transparent reproduction of high-frequency sound.
The core principle of all vibration-driven speakers is “making the contacted object produce sound”. Placing it on a desktop allows the desktop to directly transmit the low-frequency vibrations of music; attaching it to a car door enables a surround sound field inside the vehicle, breaking free from the installation limitations of traditional speakers.
ZEH Company is a professional speaker expert that develops speakers for various scenarios to meet the needs of different products. Its key capabilities include:
- Providing global customers with speaker design services.
- Customizing tweeters and vibration driven speakers according to your requirements.
- Offering a full range of speaker products with cost advantages.
- Implementing a strict quality control system.
Why Choose ZEH Tweeter and vibration speaker For Your Flexible Design?
As an expert in the audio and speaker industry, ZEH has deeply rooted itself in this field. With precision design at its core, it focuses on providing professional acoustic solutions for different scenarios.
Our product range covers a full spectrum of speakers, including small and medium-sized speakers, large-sized speakers, full-range speakers, woofers, tweeters, car-specific speakers, and vibration speakers. This comprehensive lineup meets diverse acoustic needs. From consumer electronics to in-vehicle environments, and from basic audio-visual systems to professional equipment, ZEH consistently polishes its products to rigorous design standards. It ensures every speaker delivers stable acoustic performance and uses technology to solve every customer’s product sound and audio pain points.
The Tweeter Speaker & Vibration Speaker Applications
- The core difference between tweeters and vibration speakers lies in their sound-generating medium and transmission method. Tweeters transmit high-frequency sound through air conduction, while vibration speakers deliver full-frequency sound via solid vibration.
- A tweeter is a small-sized speaker capable of producing very high-pitched sounds. It focuses on reproducing high-frequency signals in devices and serves as a core component for sound detail in audio systems. By means of rapid high-frequency vibration of its diaphragm (commonly made of silk or aluminum), it directly pushes air to form sound waves, relying on air conduction for sound emission. Tweeters are often used in outdoor public address systems, stage audio systems, and as the high-frequency unit in home speakers, and need to be paired with mid-range and woofer speakers to form a complete audio system.
- Vibration speakers do not rely on air; instead, they produce sound by contacting solid surfaces (such as tabletops or walls) and use solid vibration transmission. Their sound-generation principle is as follows: an internal vibrator generates vibrations, which are then transmitted to the solid objects it comes into contact with (e.g., wooden tabletops, metal panels), turning the object itself into a “sound generator.” The sound is subsequently transmitted to the ears through air. Vibration speakers cover the full frequency range (with more prominent mid-to-low frequency performance, producing loud and rich sound). They are suitable for various small portable devices (e.g., mini desktop speakers, medical equipment with vibration functions), hidden car audio systems, and special environments (such as bathrooms or noisy outdoor settings), and require no separate space for installation.
The Tweeter Speaker & Vibration Speaker Advantages
Tweeters produce sound directly through air vibration, with advantages focused on sound transmission range and clarity. They are mainly used in Bluetooth speakers and audio systems, such as products from brands like JBL and Harman.
- Long transmission distance: Sound wave energy is concentrated with stronger directivity, enabling long-distance sound coverage in open environments, suitable for large-area spaces.
- High sound clarity: They excel at reproducing mid-to-high frequency sounds, delivering clear performance for human voices and high-pitched parts of musical instruments, ensuring accurate information transmission. This makes them ideal for announcements and speeches in public address systems.
- Strong environmental adaptability: They do not rely on specific media, and can work independently in scenarios without fixed vibration carriers, such as in air or outdoor environments, offering more flexible installation and usage.
Vibration speakers produce sound by contacting solid media (e.g., desktops, walls), with advantages in immersive sound experience and concealment. They are mainly used in devices with vibration-sensing components.
- Excellent immersive experience: Sound spreads through media, causing surrounding objects to vibrate together and creating 360° surround sound effect. This makes them suitable for short-distance audio-visual and gaming scenarios to enhance the sense of presence.
- Strong installation concealment: They are usually small in size and can be embedded in furniture, walls and other carriers without being exposed, avoiding damage to the aesthetic appearance of spaces. This makes them suitable for homes, car interiors and other environments with aesthetic requirements.
- Low noise interference: Sound transmission relies on solid media, so it attenuates quickly in air, resulting in less noise interference to the surrounding environment. This makes them suitable for quiet, short-distance scenarios.
FAQs
As an acoustic component that converts electrical signals into mechanical vibrations, the vibration speaker, relying on its unique principle of “diaphragm-free sound generation”, demonstrates irreplaceable advantages over traditional dynamic speakers in the product design of multiple fields such as consumer electronics, smart wearables, automotive electronics, and smart home. It can provide key support for customers’ product innovation from the dimensions of space utilization, user experience, scenario adaptation, and reliability. So, what conveniences can vibration speakers bring to your product design?
- Extreme Space Optimization: Adapts to miniaturized and slim product designs.Its structure has no complex “diaphragm + magnetic circuit”, allowing surface-mount bonding to the product casing without the need to reserve a dedicated installation cavity.
- Breaking Acoustic Limitations: Enables “clear sound in all scenarios, 360° omnidirectional sound output, and no directional blind spots”, making it suitable for “multi-directional sound reception” scenarios such as smart speakers and in-vehicle central controls.Achieves IP67/IP68 dust and water resistance, adapting to sports watches, outdoor equipment, and waterproof devices.Retains sound details even at low volumes, avoiding the problem of “inaudibility when the volume is low”.
- High Reliability and Environmental Adaptability: Reduces product after-sales risks, as it has no vulnerable diaphragms or voice coils.Features strong impact resistance, with no damage after a 5-meter drop, making it suitable for children’s products and outdoor equipment.Operates stably within a temperature range of -30℃ to 85℃, with no sound quality degradation in high or low temperatures, which fits automotive and outdoor scenarios.
- Cost and Process Advantages: It simplifies production, eliminates the need for separate design and tuning of acoustic cavities or wire soldering, reduces manual errors, and improves mass production efficiency, among other benefits.
