SPEAKER DRIVER MANUFACTURER · OEM / ODM
Full-Range Speaker Drivers for OEM & ODM Projects
ZEH designs and manufactures full-range speaker drivers around your product's available space, amplifier and sound requirements. Start with an existing design or discuss a customized driver, from engineering samples through production.
PRODUCT SELECTION
Explore Our Full-Range Speaker Drivers
Compare available designs by size, structure and electrical requirements. Each product page includes the available specifications and an option to discuss your project.
A full-range driver reproduces speech and a broad range of audio through one moving system. Its useful frequency range and output depend on the driver size, materials, amplifier and enclosure. We evaluate these factors together when selecting a design for your device.
Showing 1–9 of 31 designsOEM / ODM customization
CUSTOMIZATION CAPABILITIES
Configure the Speaker Around Your Product
Start with the requirements that matter to your assembly. We can review individual driver changes or a speaker, enclosure and connection package.
Fit the Available Installation Space
Share the internal dimensions, mounting points and sound-outlet position. We review the frame, magnet and installation depth against your housing before recommending a driver.
- Outside dimensions
- Overall height
- Mounting depth
- Hole positions
- Sound outlet
Choose a Structure That Fits Your Housing
Round, rectangular, oval and low-profile structures offer different ways to use the space inside a product. Mounting features, gaskets and lead positions can be reviewed alongside the assembly method.
- Round or rectangular frame
- Low-profile structure
- Mounting tabs
- Gaskets and sealing
- Lead orientation
Match the Driver to Your Amplifier and Sound Target
Impedance, rated power, sensitivity and frequency response need to work together. We assess the listening distance, enclosure and amplifier conditions when discussing the required acoustic performance.
- Nominal impedance
- Rated power
- Sensitivity / SPL
- Frequency response
- Resonant frequency
Select Materials for Sound and Operating Conditions
Diaphragm, surround, frame and magnet choices affect sound, size, weight and cost. Material options can be evaluated against the intended environment and the performance required from your device.
- Diaphragm material
- Surround material
- Frame construction
- Ferrite or neodymium magnet
- Environmental requirements
Bring the Driver, Enclosure and Connections Together
For a ready-to-assemble module, we can review the speaker with the acoustic cavity, grille, wiring and connector. This helps identify mounting, sealing and amplifier-matching requirements before production.
- Acoustic enclosure
- Speaker grille
- Wire length
- Connector selection
- Assembly compatibility
APPLICATION ENGINEERING
Full-Range Speakers for Integrated Devices
The starting point is your device's space, listening conditions and operating environment. These are some of the requirements we review for different projects.
AI Voice & Smart Devices
Clear speech in a compact housing requires the driver, acoustic cavity and sound outlet to work together. Share the amplifier output and microphone arrangement so we can review the complete acoustic layout.
Medical & Alert Devices
Compact equipment may need clear alerts or voice prompts within limited installation space. Driver selection should consider the required sound output, operating conditions and the verification requirements of the finished device.
Smart Home & Portable Electronics
Battery power, mounting depth and environmental exposure can influence the design. We can review power consumption, enclosure matching, sealing and connection requirements for the intended use.
01 / ENGINEERING SUPPORT
Dimensions and Construction Developed Around Your Product
Begin with your available space and assembly method. We review the frame, mounting depth, magnet, diaphragm and connections against your drawings and target performance.
An existing speaker platform may provide a starting point, with modifications evaluated where your project needs them.
02 / ENGINEERING SUPPORT
Acoustic Matching for the Complete Assembly
The driver, enclosure and amplifier influence the final sound together. We can review cavity volume, sound-outlet placement and sealing alongside the driver’s electrical and acoustic specifications.
Sample evaluation helps identify resonance, distortion or insufficient output before the design moves into production.
03 / ENGINEERING SUPPORT
Production and Quality Requirements Defined Early
Specify the dimensions, acoustic checks and reliability requirements that matter to your finished product. Sample approval and agreed inspection criteria give the production team a clear reference.
Discuss your order quantity, delivery schedule and any required test documentation during project review.
04 / ENGINEERING SUPPORT
A Clear Path from Drawings to Engineering Samples
You can start with a drawing, an existing speaker, an enclosure sample or a description of the device. Our team can help identify the information needed for driver selection and sample development.
Share your priorities for sound, installation, cost and timing so we can evaluate the next steps with you.
PROJECT QUESTIONS
Full-Range Speaker FAQs
Have a specific requirement? Send us your project details for a review.
Talk to Our TeamIs a full-range speaker suitable for my device?
A full-range driver can suit devices that need speech, alerts and general audio from one driver. The choice depends on the available space, desired sound output, frequency range and enclosure. Share these requirements for a project review.
Can you customize the speaker size and mounting structure?
We can review the frame dimensions, overall height, mounting depth, hole positions and connection layout against your product drawings. The available changes depend on the starting design and tooling requirements.
Can impedance, power and frequency response be adjusted?
These parameters can be evaluated together with your amplifier and sound target. Please provide the amplifier output, operating voltage, target load impedance and intended listening conditions.
What diaphragm and magnet materials are available?
Options may include paper, PP, PET or composite diaphragms, with ferrite or neodymium magnets. Suitable materials depend on the driver design, acoustic target, environment and cost requirements.
Can you work from our drawing or device sample?
Yes. A 2D drawing, 3D file, enclosure sample or existing device can help us review the installation space, mounting features and sound outlet before selecting or developing a driver.
Can you match the driver with our enclosure and amplifier?
We can review the driver, acoustic cavity, sealing and amplifier as a system. Providing the enclosure drawings and amplifier specifications helps us identify potential fit and performance issues.
Can a small full-range speaker produce deep bass?
Low-frequency output is limited by driver size, excursion, enclosure volume and the required sound level. A small driver can be optimized for its intended use, but the bass target needs to be evaluated under realistic installation conditions.
Do you support engineering samples before production?
Yes. Sample development and evaluation can be discussed before a production order. The sample plan and any tooling or testing requirements are confirmed during project review.
What are the MOQ and development lead time?
MOQ and lead time depend on the selected driver, tooling, materials and customization level. Share your required quantity and schedule so we can confirm the applicable terms for your project.
What information should I send with an inquiry?
Send the product application, available dimensions or drawings, target impedance and rated power, sound requirements, operating environment and estimated order quantity. Include an amplifier specification or an existing sample if available.
LET’S DISCUSS YOUR PROJECT
Tell Us About Your Speaker Project
Share your drawing or available space, target impedance and power, sound requirements, and estimated quantity. Our team can help you evaluate a suitable driver and the next steps for your project.
- Device application and available space
- Electrical and acoustic requirements
- Estimated quantity and project schedule