Custom Driver & Transducer

Custom speaker drivers built around the sound your product has to own.

Develop coaxial, 3-way, ceiling, wideband, and custom drivers around your acoustic target, enclosure limits, output needs, and production plan.

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Product Strategy

DSP can refine a product, but the transducer sets the ceiling.

Catalog drivers work for some programs. Others need a driver shaped around cabinet limits, tonal goals, output, and repeat production.

Jazz Hipster designs the driver as part of the full system: material, motor, suspension, enclosure, crossover, DSP, tooling, and QC.

3-way

System control

Coax

Compact imaging

Simulation

Driver validation

150k+

Monthly driver capacity

Where It Fits

Custom driver applications
and platform types.

Coaxial Tweeter and Woofer

For compact products where phase coherence, imaging, and clean integration matter.

  • Coaxial 0.5-inch tweeter and 3.5-inch woofer arrangements for compact products.
  • Underhung motor, radial magnet, long excursion, and low-distortion directions.
  • Best for compact hi-fi, wireless bookshelf, desktop, and design-led speaker programs.

3-Way Driver Systems

For compact All-in-One, active speaker, and high-performance bookshelf systems.

  • 3-way driver packages for compact All-in-One and active speaker designs.
  • Proprietary cone materials, in-house coating, optimized motor design, and compact 1-inch silk dome tweeter options.
  • Best for premium active speakers, desktop hi-fi, and streaming-era platforms.

Ceiling and Installed Drivers

For architectural audio where repeatable field behavior matters.

  • 6.5-inch and 8-inch in-ceiling speaker platforms for installed-audio programs.
  • Ceiling speaker experience for projects with Japan Fire Service Act-related requirements.
  • Best for architectural audio and regional installed-audio programs.

Custom Form-Factor Drivers

For products where catalog drivers cannot meet the brand or acoustic brief.

  • Materials include PP, glass fiber, carbon fiber, titanium, aluminum, and silk dome options.
  • Geometry and motor choices scoped by acoustic target and production feasibility.
  • Special geometry and material choices applied only when they solve a product-level problem.

Key Decisions

Custom driver work starts
with the acoustic problem,
not the material catalog.

01

Acoustic target

Define tonal balance, SPL, distortion, dispersion, cabinet limits, and brand sound intent.

02

Driver architecture

Choose coaxial, 3-way, ceiling, wideband, or custom geometry by product role.

03

Material and motor

Match cone, dome, magnet, suspension, excursion, and damping choices to the target.

04

Production limits

Turn measurement targets into tooling, fixtures, QC limits, and repeatable supply.

Design Details

The right driver balances sound, geometry, materials, and production reality.

Materials affect stiffness, mass, damping, tone, and consistency. Motor and suspension choices shape excursion, distortion, and sensitivity.

Material choices follow the brief.

Material direction follows the acoustic target, tweeter behavior, cabinet limits, and production path.

PP cone

Glass fiber

Carbon fiber

Titanium diaphragm

Aluminum

Silk dome

Validation & Production

A custom driver has to hold its sound from bench to production line.

Simulation and design

COMSOL, Loudsoft, and FineMotor support acoustic, driver, and mechanical analysis before tooling decisions become expensive.

Transducer measurement

Klippel KA3, LPM, LSI, TRF, Audio Precision, CLIO, ACQUA, and anechoic measurement support driver and system validation.

Nonlinear behavior

Klippel workflows help identify distortion, force factor, compliance, inductance, rub and buzz, SPL limits, and vibration behavior.

Automated production

Three automated speaker driver lines support 150k+ units per month for qualified production programs.

Traceability and QC

Driver programs connect measurement limits, production fixtures, end-of-line testing, and batch traceability from the start.

Ways to Engage

Ways to develop custom speaker drivers
with Jazz Hipster.

Reference Driver Adaptation

Best when an existing driver can meet the target with tuning, material, or integration changes.

New Driver Development

Best when output, material, form factor, or brand sound requires original driver work.

Driver Plus System Tuning

Best when the whole acoustic system needs validation, not just one part.

Driver-to-Production ODM

Best when the program needs repeatable automated production and acoustic QC at scale.

Start the Conversation

Plan a custom speaker driver development program.

Share the driver type, acoustic target, enclosure limits, output requirements, target market, and expected volume. We will map the development and production path.