Explore our tier-1 export range engineered for commercial aviation, distance learning fleets, home cinema TV systems, and high-fidelity consumer audio brands.
Ultra-low latency 2.4 GHz protocol core supporting Matter & Thread for high-density smart on-ear headphone integration.
Multi-protocol automotive and portable power adapter supporting lossless FLAC/WAV audio routing for wireless listening.
Designed for simultaneous dual headphone connections in flight, automotive, and living room television settings with LED status verification.
Micro-sized integrated circuit assembly optimized for long battery lifespan, precise gain control, and industrial equipment telemetry.
15-meter transmission range with sub-20ms lip-sync latency tuning for TV and gaming on-ear wireless headsets.
Features TF card decoding, AUX direct input, and auto-clamping dock design for seamless fleet audio playback.
Compact OEM/ODM Bluetooth bridge providing instant wireless transformation for wired on-ear studio monitors.
Next-generation audio broadcaster allowing dual headphone sync across home cinema systems, gaming rigs, and vehicles.
The international audio market is undergoing a structural transition. As enterprise buyers, institutional procurement officers, and consumer electronics distributors re-evaluate their supply chains, China remains the world's primary innovation hub for OEM/ODM on-ear headphone manufacturing. Modern procurement strategies have evolved beyond simple cost-per-unit negotiations to focus heavily on acoustic health compliance, wireless RF latency, material circularity, and platform versatility.
On-ear headphones (supra-aural architecture) offer a unique value proposition compared to over-ear or in-ear form factors: they deliver superior passive situational awareness and thermal comfort over extended periods while maintaining compact, foldable enclosures ideal for bulk shipping and storage. Understanding the future procurement vector requires assessing key regulatory and consumer demand shifts across four major sectors:
Modern educational districts demand rigorous acoustic safety compliance. Procurement specifications now mandate hardware-level volume capping at 85 dB (in accordance with WHO and EN50332 acoustic guidelines) to protect developing pediatric eardrums during digital standardized testing. Software volume sliders are no longer accepted by school board auditors due to bypass risks. Furthermore, braided tangle-free cables, strain-relief flex limits exceeding 20,000 cycles, and antibacterial ABS plastic shell coatings have become standard RFQ criteria.
Airlines and premium hospitality operators are rapidly upgrading from disposable, single-use wired headsets to durable, rechargeable Bluetooth 5.4/6.0 transceivers with dual-plug 3.5mm compatibility. Sourcing managers prioritize low unit weight, swappable protein-leather earpads for rapid sanitation turnaround, and integrated spatial audio engine compatibility for immersive in-flight movie experiences without requiring heavy, bulky over-ear enclosures.
Achieving audiophile-grade acoustic fidelity in a supra-aural (on-ear) form factor presents unique engineering challenges. Because on-ear pads rest directly against the pinna rather than enclosing it, sealing against external acoustic leakage requires precise mechanical spring tension and custom diaphragm tuning. As a premier Chinese manufacturer, our engineering team utilizes high-flux Neodymium (N52) magnet assemblies paired with ultra-thin Mylar dynamic drivers coated in titanium or beryllium.
Integration of LC3 (Low Complexity Communication Codec) provides superior sound quality at half the bitrate of classic SBC, while Auracast™ broadcast capabilities allow one TV setup to feed multiple on-ear listeners concurrently with negligible power consumption.
Our proprietary dual-stage resistor PCBA network physically prevents signal amplification from exceeding safe sound pressure thresholds (85 dB / 94 dB dual-mode selection), guaranteeing compliance across international hearing safety standards regardless of source device voltage spikes.
Custom 2.4 GHz transceivers coupled with aptX™ Low Latency codecs achieve sub-20ms audio transmission sync. This eliminates lip-sync delay when paired with smart televisions, home cinema sound systems, or gaming rigs.
| Engineering Parameter | Standard OEM Specification | High-End ODM Specification | Compliance / Certification Standard |
|---|---|---|---|
| Dynamic Driver Size | 30mm / 40mm Mylar Cone | 40mm Titanium-Coated N52 Neodymium | RoHS, REACH Directive |
| Frequency Response | 20 Hz – 20,000 Hz | 15 Hz – 24,000 Hz Hi-Res Audio | IEC 60268-7 Acoustic Bench |
| Sound Pressure Level (SPL) | 85 dB ± 3 dB (Children's Mode) | 94 dB / 110 dB Dual Switching Limit | EN50332-1 / EN50332-2, CPSIA |
| Wireless Protocol | Bluetooth 5.3 + EDR | Bluetooth 6.0 LE Audio + Auracast™ | BQB, FCC, CE-RED, TELEC |
| Battery & Playtime | 400mAh Polymer (up to 30 Hrs) | 800mAh Fast-Charge (up to 60 Hrs) | UN38.3, MSDS, IEC 62133 |
| Active Noise Cancelling | Feedforward Mic ANC (-22 dB) | Hybrid Digital ANC (-35 dB) + ENC Mics | Ansi S3.19 Sound Isolation |
Founded on two decades of dedicated acoustic research and electro-acoustic assembly experience (dating back to 2005), our manufacturing facilities combine industrial-scale volume capabilities with rigorous engineering customization. Unlike generic assembly houses, we maintain end-to-end operational control over the entire product lifecycle: from initial 3D industrial design concepting, mold tooling, and SMT circuit board placement, through to electro-acoustic tuning, environmental stress validation, and global export packaging.
Every headband design undergoes computerized Audio Precision (APx555) frequency response curve measurement, total harmonic distortion (THD) benchmarking under <1%, and simulated head-dummy acoustic leak testing to guarantee pristine audio reproduction across production lots.
On-ear headphones must endure severe mechanical abuse in daily use. Our factory conducts automated headband twist testing (180-degree torsion cycles), cable pull testing up to 10kg, drop testing from 1.5 meters onto hard concrete, and salt spray anti-corrosion testing on metal slider arms.
We offer comprehensive private label localization including laser-engraved headband logos, custom silk-screen ear-cup graphics, localized user manuals, FSC-certified eco-friendly retail packaging, and customized Bluetooth pairing name (SSID) flashing at the factory SMT stage.
Our manufacturing plant is fully ISO9001 and ISO14001 certified, with passed BSCI and SMETA social compliance audits. We guarantee complete material traceability (RoHS, REACH, California Prop 65) to protect your brand from global regulatory liability.
Get direct answers from our engineering lead regarding OEM/ODM orders, custom tooling, acoustic safety compliance, and global export shipping logistics.
For standard catalog models with custom silk-screen branding and customized packaging, our base MOQ starts at 1,000 units per colorway, with a typical production lead time of 25 to 30 days after sample approval. For full ODM project development involving new plastic injection molds, custom mechanical housing design, and bespoke PCBA layout, the lead time is approximately 45 to 60 days for tooling development plus 30 days for initial mass production runs.
We integrate dual-stage hardware volume-limiting resistor circuits directly onto the headphone PCBA during SMT manufacturing rather than relying solely on software-side DSP limits. Every batch undergoes 100% sound pressure level (SPL) testing using Artificial Ear and Head and Torso Simulators (HATS) calibrated according to EN50332-1 and EN50332-2 specifications. For pediatric educational models, we guarantee strict compliance capped at 85 dB SPL (or optional 94 dB for high-noise classroom environments) with zero lead or phthalate content in exposed soft PVC/silicone materials.
Yes. Our electro-acoustic R&D team specializes in pairing on-ear wireless headphones with custom high-speed 2.4GHz USB/Optical TV transmitters and Bluetooth 6.0 LE Audio dongles. We can flash custom DSP firmware to support head-tracking spatial audio algorithms, multi-preset equalizer toggles (Music, Cinema, Voice/Clear Speech), and custom low-latency protocols capable of maintaining sub-20ms audio sync for living room televisions, aircraft seats, and gaming consoles.
Every shipment includes an official Quality Assurance Inspection Report based on AQL 1.0 (Critical) / AQL 2.5 (Major) standards. Our testing protocol includes automated APx555 frequency curve printouts, high/low-temperature chamber storage (-20°C to +60°C), headband flex resilience logs (10,000+ expansions), cable flex stress tests, battery safety validation (UN38.3, MSDS, IEC 62133), and full CE-RED, FCC ID, RoHS, and REACH certification documentation required for customs clearance in Europe and North America.
Absolutely. We provide golden functional samples for engineering evaluation within 3 to 5 business days for standard models. For customized OEM samples featuring exact pantone-matched plastic housing colors, customized packaging, and custom Bluetooth pairing SSID firmware, samples are typically dispatched within 7 to 10 business days. Sample costs are fully credited back to your account upon official PO placement.
Partner directly with China's leading acoustic engineering manufacturer for OEM/ODM on-ear headphones, wireless audio adapters, and safe-listening educational headsets.