Open-Ear Headphones OEM/ODM Manufacturer
China-based OEM/ODM platforms for sports, swimming, and professional calls—ready for customization.
- Sports · Swim · Professional Calls
- Air & Bone Conduction
- IPX5–IP68 Options
- Bluetooth 6.0 Platforms
Our Open-Ear Headphone Platforms
Three buyer-ready open-ear platforms for sport, swimming, and professional calls—ready for OEM/ODM customization.
Open-Ear Headphones Market Growth & OEM Opportunities
Independent 2026 forecasts show sustained growth across open-ear OWS and bone-conduction headphones. For brands, this expands OEM/ODM opportunities beyond sports into swimming, professional communication, and hearing-assistance applications.
- Open-Ear OWS: USD 2.04B in 2025 → USD 4.16B by 2032, a forecast CAGR of 10.68%.
- Bone Conduction: USD 1.3B in 2025 → USD 4.9B by 2035, a forecast CAGR of 14.2%.
- OEM Buyer Signal: Wireless models hold 70.1%; sports & fitness is the largest application at 40.1%, supporting focused open-ear product portfolios.
Market evidence: 360iResearch, OWS Open Ear Headphones 2026–2032 · Market.us, Bone Conduction Headphones 2026–2035. Forecasts are directional and not directly comparable.
Why Buyers Choose Our Open-Ear Headphones
We develop bone conducting headphones with attention to wearing comfort, fit and environmental protection. Evaluate these features on the selected model in its intended use. Open-ear listening does not replace attention to surrounding hazards or appropriate listening levels.
Two Sound Pathways. Open-Ear Comfort.
Open-ear headphones offer two main sound pathways: air conduction sends sound through the ear canal and middle ear to the inner ear, while bone conduction transmits mechanical vibrations through the skull to the cochlea. Both leave the ear canal open.
That open fit is central to their appeal: less in-ear pressure, breathable comfort and the ability to hear surrounding sounds while enjoying music. From workouts and outdoor walks to everyday listening, open-ear designs help you stay connected to your environment. Awareness still depends on volume and surroundings; healthy listening means keeping sound levels moderate and taking regular breaks.
Professional-Grade Waterproofing
Our engineering addresses sweat and environmental protection; performance depends on the selected model, configuration and test conditions.
IPX5 Protection: Features a UV-cured, sweat-resistant sealant on the mainboard, offering robust protection for intense workouts and rainy conditions.
IPX7 Protection: A system upgrade that adds reinforced silicone gaskets, waterproof acoustic membranes, and a fully potted charging port; protection must be evaluated under the selected model’s test conditions.
Charging Contact Corrosion Resistance: Platinum-plated contacts are used for corrosion-resistance design. Evaluate corrosion resistance and charging performance on the selected configuration under the agreed test conditions.
Crystal-Clear Calls in Motion
Our integrated Dual-Microphone Array works with a DSP noise-cancellation algorithm for voice pickup and background-noise processing. Evaluate call clarity on the selected configuration under the intended wind, noise and device conditions.
Motivating, High-Fidelity Audio
Sound is motivation. Our headphones feature high-performance bone conduction transducers and a custom-tuned EQ profile that delivers surprisingly rich and dynamic audio. Evaluate the sound profile on the selected sample with the intended users and listening scenarios.
Buyer Value Across Open-Ear Categories
Choose Your Product Direction
Match a sports, swimming or call-focused platform to your intended users, use conditions and sales channel.
Define Model-Specific Selling Points
Build product messaging around the functions and performance confirmed for the configuration your brand plans to supply.
Plan Brand Differentiation
Review logo, color, packaging and supported feature changes for your selected platform. Confirm the final appearance and functions on samples.
Review the Project Cost
Compare the quotation against the selected model, quantity, customization, validation and delivery requirements.
Plan Production and Delivery
Confirm materials, production milestones and delivery arrangements against the approved specification and project quotation.
Your OEM/ODM Partner for Open-Ear Headphones
Review the development, manufacturing and documentation scope for the open-ear product your brand intends to bring to market.
Connected Product Development
Alova’s open-ear development work connects industrial design, structure, hardware, software and acoustics with sample evaluation.
Export Project Coordination
Align specifications, packaging, inspection and shipment requirements with the destination market and your sales channel.
Design and IP Scope
Review the selected design, proposed customization and project responsibilities. Any exclusivity or ownership arrangement must be confirmed in the agreed written terms.
Platform and Engineering Review
Start with an existing platform where it fits the brief. Review deeper structural, electronic or software changes before confirming development scope.
Model-Specific Documentation
Check which certificates, test reports and other documents apply to the selected model, issuing entity and destination market. A document for one configuration does not establish coverage for every customized product.
Our Partnership Philosophy
Agree the product requirements, sample criteria and commercial scope before production, and keep changes traceable throughout the project.
A Commitment to Engineering Excellence
Discover the core technologies and meticulous processes that define our products. We provide our partners with a foundation of performance, quality, and reliability to build a successful brand.
In open-ear audio devices, the Bluetooth SoC is the heart of the user experience, determining connection stability, sound quality, latency, and call clarity. We strategically select different chip solutions based on product positioning, cost, and features to create a distinct competitive advantage for your brand.
Prioritizing the Audio Experience: Jieli Chips
For products focused on delivering exceptional value and flexible audio tuning, we frequently utilize the Jieli AC7006 and 7018 series. These chips support Bluetooth 5.4; connection stability and interference resistance must be evaluated on the selected configuration and target devices. Critically, they support full-band EQ adjustment (20Hz–20kHz), allowing us to precisely sculpt sound profiles—such as vocal enhancement, bass boost, or natural fidelity—to match specific market preferences. Evaluate the tuned sound profile with the intended users and listening scenarios.
Prioritizing Call Clarity: Wuqi Chips
For professional applications where crystal-clear communication is paramount (such as our OPENEAR Air F3 headset), we integrate the Wuqi WQ7033 series. This SoC features a proprietary noise database and an AI-powered intelligent noise cancellation algorithm. Combined with our custom dual-mic DSP architecture (a primary mic for precise voice capture and a secondary mic for intelligent noise suppression), it achieves up to 35dB of ambient noise reduction. Verify noise reduction, voice clarity and recognition performance on the finished configuration under the intended device and noise conditions.
Air Conduction Dynamic Driver
- Conduction Method: Utilizes a directional acoustic structure and a dynamic driver to precisely transmit sound waves to the ear canal entrance via air vibration.
- Sound Quality: Employs high-sensitivity dynamic drivers with PET diaphragms and an optimized acoustic chamber. The result is powerful bass, natural vocals, and bright, detailed highs for a well-balanced sound profile.
- Frequency Range: Full-band coverage from 20Hz to 20kHz.
- Volume Output: Achieves a Sound Pressure Level (SPL) of ≥105dB (at 1kHz/1mW), ensuring sufficient volume in noisy environments.
- Sound Leakage Control: Evaluate sound leakage on the selected open-ear structure at defined playback levels, distances and orientations.
- Customization: Supports dual EQ modes (Indoor/Outdoor) and fine-tuning via DSP.
Bone Conduction Transducer
- Conduction Method: Uses high-performance piezoelectric ceramic drivers to transmit sound vibrations directly to the inner ear through the cheekbones, bypassing the eardrum.
- Sound Quality: With an optimized impedance match, our transducers deliver fuller bass and crystal-clear mid-high frequencies, ensuring accurate voice reproduction for calls and assistive listening.
- Frequency Range: Covers the primary voice and music spectrum from 100Hz to 16kHz.
- Volume Output: Produces an equivalent SPL of ≥103dB (measured via bone conduction standards), ensuring effective sound compensation for sports and mild-to-moderate hearing needs.
- Sound Leakage Control: Features an independent vibration isolation structure to effectively minimize sound leakage.
- Customization: Supports multi-mode EQ switching (Music/Call/Assistive Listening).
We integrate high-sensitivity MEMS microphones with advanced array noise-cancellation technology and proprietary DSP algorithms. By offering flexible single-mic, dual-mic, directional, omnidirectional, and AI-powered solutions, we deliver crystal-clear calls and precise voice capture, giving your products a powerful competitive advantage.
1. Single-Mic Environmental Noise Cancellation (ENC)
Technical Features: Suppresses background noise via a fixed algorithm. Sensitivity: Approx. -42±3dB, Signal-to-Noise Ratio (SNR): ≥58dB.
Application: With its low cost and simple structure, this solution is ideal for entry-level sports and lifestyle headphones. It enables our clients to launch differentiated entry-level products with a “clear voice calls” feature at a highly competitive price point.
2. Dual-Mic Noise Cancellation
Technical Features: Two microphones capture the user’s voice and ambient noise separately, which are then processed by a DSP for intelligent noise cancellation. SNR: ≥62dB.
Application: For sports and communication headsets, evaluate call clarity on the selected sample under the intended noise, device and connection conditions.
3. Unidirectional Microphone
Technical Features: Captures sound primarily from a specific direction, reducing ambient interference. Pickup Angle: ≤120°.
Application: This is perfectly suited for conference headsets and broadcasting equipment where voice accuracy is critical. It allows our clients to penetrate professional application markets with products that can command a higher price premium.
4. Omnidirectional Microphone
Technical Features: Captures sound from all directions (360°). Frequency Response: 20Hz–20kHz, Sensitivity: -38±3dB.
Application: Ideal for voice recorders, smart assistants, and educational devices, this solution captures the natural ambient soundscape. It helps our clients expand their product lines to meet the diverse needs of the education and office markets.
5. AI-Adaptive Smart Microphone
Technical Features: Utilizes a proprietary noise database and AI algorithms to dynamically identify and suppress complex ambient noises. Suppression: ≥45dB.
Application: This solution excels in scenarios with complex voice recognition challenges (such as conferences, customer service centers, and remote work). It enables our clients to launch high-end, intelligent noise-canceling products and capture a significant share of the high-margin market.
| Feature | Specification / Description | Application Value for Your Brand |
|---|---|---|
| Size & Capacity | Custom-sized for each model (120-180mAh) to balance comfort and runtime. | Review capacity, wearing requirements and runtime in the intended operating mode. |
| OVP Protection | Over-voltage threshold precisely controlled at 4.35V±0.05V. | Supports over-voltage protection; verify protection behavior in the final product. |
| NTC Temp Control | ±1°C precision temperature sensing to regulate charge/discharge cycles. | Supports temperature monitoring and charge/discharge control; verify operating limits for the final product. |
| Cycle Lifespan | ≥300 cycles with >80% capacity retention. | Provides a reference for durability review under the agreed cycle-test conditions. |
| Certifications | UN38.3, MSDS, KC, PSE, CE, etc. | Check which listed documents apply to the battery, product configuration, destination and transport requirements. |
| Energy Density | ≥230Wh/kg. | Review runtime, size and weight on the selected configuration. |
We understand that a premium product experience depends not only on core hardware but also on the details of its appearance and tactile feel. We continuously innovate our finishing processes, from material selection to surface treatment, integrating ergonomics, durability, and aesthetic design into every step.
| Craftsmanship | Material / Technical Specification | Function & User Value |
|---|---|---|
| Base Materials | High-strength Polycarbonate (PC), aluminum alloy, or composite materials. | Lightweight yet durable, impact-resistant, and ensures structural stability. |
| Over-Molding | Precision-molded Liquid Silicone or TPU. | Enhances anti-slip, sweat-proof, and dust-proof capabilities for a secure, comfortable fit. |
| Soft-Touch Paint | UV-cured coating with a scratch resistance of ≥4H. | Provides a smooth, premium finish that resists fingerprints and maintains its appearance. |
| Rubberized Coating | High-adhesion PU rubber oil for a soft tactile feel. | Improves grip comfort and reduces surface wear from long-term use. |
| Protection | All processes are integrated with IPX5~IP68 water and dust-proofing designs. | Meets the demands of diverse usage scenarios (sports, outdoor, swimming). |
| Sustainability | Use of recyclable and eco-certified raw materials where possible. | Reduces environmental impact and supports green manufacturing for your brand. |
Custom Open-Ear Headphones: OEM & ODM Services
Fast, reliable services to launch your bone conduction headphone brand and innovate new audio products.
1. Evaluate Open-Ear Headphone Samples
Review the selected sample against your intended use. Record its hardware and firmware version, the functions being evaluated, test conditions and acceptance criteria. Confirm which results and documents apply to the configuration you plan to order. Use our OEM/ODM evidence checklist to prepare the sample review and identify questions that remain open.
2. Define Product Colors and Brand Details
Confirm your brand’s color requirements through sample review:
• A 3-step Pantone matching and calibration process – Pantone value matching, incoming sample verification, and pre-production calibration
• Approve packaging color against the agreed reference and measurement conditions (including ΔE≤1.0 where specified).
• Check batch variation against the agreed color reference and acceptance criteria.
3. OEM: Launch a Proven Open-Ear Platform
Customize our market-proven products with your brand identity. We offer flexible options to get you to market quickly.
Standard Customization (MOQ 1,000+):
- Your LOGO, Bluetooth Name & Packaging.
Full Customization (MOQ 3,000+):
- Custom Product Colors (Pantone) & Software Features.
Market Testing (MOQ 100+):
- Quickly launch a trial run with custom labels to validate your market.
4. ODM: Develop a Differentiated Open-Ear Product
We turn your unique concept into a mass-produced reality. Partner with our experienced team to build a product from scratch.
Full End-to-End Service: From initial concept to mass production.
Fast Development: Go from idea to market in just 3-5 months.
Experienced Partner: Leverage our 11 years of audio R&D expertise.
Clear MOQ: 3,000-5,000 units for full custom development.
OEM/ODM Case Study
Custom Headset for Call Center
Client: Italian Service Provider
An end-to-end ODM project to develop a professional-grade headset for a high-noise call center environment, focusing on all-day comfort and extreme noise cancellation.
Full-Suite Customization
Client: US Audio Brand
A comprehensive OEM partnership to launch a new bone conduction headphone tailored for the North American market with a unique brand identity and localized sound signature.
Your Shield Against Risk: IP Protection & Global Compliance
We treat intellectual property and regulatory compliance as the foundation of our international partnerships. Work with us with the complete confidence that your bone conduction headphone business is protected.
Intellectual Property Protection
- Proactive Risk Mitigation: During the design phase, our in-house legal team conducts exhaustive patent searches to ensure every bone conduction headphone we design is completely clear of existing core patents in the industry.
- Proven Legal Strength: In the past, we have successfully defended our proprietary bone conduction headphone technology against legal challenges from top-tier industry players. Through complete technical documentation, we have legally validated the compliance and reliability of our designs.
- Extensive Patent Portfolio: We hold over 100+ independent patents covering the appearance, structural engineering, and acoustic algorithms specific to bone conduction headphones, providing a powerful shield against infringement claims.
Seamless Global Market Access
- Ready for Major Markets: Our existing bone conduction headphones are pre-certified with internationally recognized standards, including CE, ROHS, FCC, MSDS, and UN38.3.
- Custom Certification Support: We provide targeted certification services for your bone conduction headphones in specific markets, including KC (Korea), PSE (Japan), and SRRC (China). This expert handling saves our partners 3-6 months in certification time and thousands in associated fees.
Protecting Your Brand: Our Commitment to Uncompromising Quality
To ensure the stability and durability of every bone conduction headphone in real-world scenarios, ALOVA has established an end-to-end quality management system that covers design, incoming materials, in-process control, final inspection, and reliability testing.
Our Multi-Stage Quality Control Process
IQC (Incoming)
All raw materials are strictly inspected before production begins.
IPQC (In-Process)
We continuously monitor assembly lines to maintain consistency and quality.
FQC (Final)
100% of finished products undergo a full functional test.
OQC (Outgoing)
A final random inspection is performed before any shipment leaves our facility.
QA (Assurance)
Our team constantly reviews and improves our entire quality system.
Rigorous Reliability & Durability Testing
In our dedicated in-house lab, we subject our products to a battery of tests that simulate years of use, abuse, and exposure to harsh environments. This ensures your customers receive a product that is built to last.
| Test Item | Standard / Method | Problem Solved / User Benefit |
|---|---|---|
| Button Durability Test | 3,000 presses @ 200g force | Checks button operation after repeated presses under the defined test conditions. |
| Temperature Cycle Test | 5 cycles from 70°C to -20°C | Assesses function and physical condition after the defined temperature cycles. |
| Drop Test | 1-meter height, 6-sided drop | Checks for structural damage or loose components after the defined drops. |
| Vibration Test | 100Hz simulated transport vibration | Checks for loosening or damage under the defined vibration conditions. |
| Charging Port Durability | 1,000 magnetic charge cycles | Checks contact and charging function after the defined connection cycles. |
| Cable Bend Test | 1,000 bends with 1kg pulling force | Assesses cable function and physical condition after the defined bending test. |
| Battery Calibration Test | Automated voltage/capacity scan | Compares measured voltage and capacity with the selected battery specification. |
| Salt Spray Test | 24 hours in 5% NaCl solution | Evaluates tested components for corrosion under the defined salt-spray conditions. |
| IP68 Waterproof Test | Vacuum + water pressure inspection | Supports sealing checks; confirm the applicable IP test report for the selected configuration. |
| Bluetooth Function Test | Comprehensive automated testing | Checks required connection and device functions against the selected model specification. |
From Concept to Reality: Our Full-Stack R&D Capabilities
ALOVA’s R&D department is a comprehensive team of industrial design, structural, hardware, software, and acoustic engineers. With over 10+ years of average experience, we support product definition, engineering review and sample validation before production.
Industrial Design (ID)
Our ID team uses professional 3D modeling and rendering tools to create designs that are both aesthetically striking and engineered for manufacturability.
Structural Engineering
With 6 years of deep experience, we work on waterproofing, sound leakage and acoustic chamber design.
Hardware Engineering
We select chips from partners such as Wuqi to review the trade-offs between performance, power and cost.
Software & Algorithms
Our team develops proprietary EQ and ENC (Environmental Noise Cancellation) algorithms to optimize audio and call quality.
Global Acoustic Tuning
Our professional acoustics lab is equipped to tune sound profiles based on the unique listening preferences of different global regions.
After-Sales Support
Our in-house after-sales team assigns dedicated staff to follow up on reported issues, analyze root causes and support ongoing product improvements.
Logistics Planning for Your Destination Market
Discuss shipping options for your destination, shipment size and delivery requirements.
Delivery Planning
Compare available shipping methods against your required delivery window and confirm the schedule for the selected route.
Shipping Cost Review
Compare consolidation and transport options using a quotation for the actual shipment and destination.
Shipment Requirements
For a DDP shipment, confirm the destination, customs and tax responsibilities, and any insurance arrangements in the quotation.
Delivery Milestones
Review dispatch and delivery milestones for the selected transport plan, including dependencies on carriers and customs processing.
A Full Spectrum of Shipping Options
Frequently Asked Questions about Open-Ear Headphones
How do you handle after-sales issues with defective bone conduction headphones?
We perform 100% functional testing and random reliability testing on every batch before shipment. In the rare event that you discover an issue with a product, please provide clear photos, videos, or a defect report as evidence. After verification, we will provide replacement units or a credit on your next order to ensure your losses are minimized.
What is your MOQ for bone conduction headphone OEM and ODM projects?
For standard OEM projects (customizing LOGO, Bluetooth name, packaging) on our bone conduction headphones, the Minimum Order Quantity is 1,000 units. For full ODM projects (developing a new model from scratch), the MOQ is typically 3,000–5,000 units, depending on the complexity.
How quickly can you provide bone conduction headphone samples?
We have in-stock engineering samples for our standard models, which can typically be shipped within 1–3 business days. If you require a custom-branded sample of our bone conduction headphones, the prototyping process is usually completed within 5–7 business days.
Are you willing to sign an NDA for our custom bone conduction headphone project?
Yes, absolutely. We have long-term partnerships with major brands and fully support signing a mutual NDA at the beginning of a project to ensure all technical documents and data for your bone conduction headphones are protected.
Can you customize the audio prompts for the bone conduction headphones to our language?
Yes. We currently have language packs available for English, Japanese, Korean, Spanish, German, and more. We also support full customization for your bone conduction headphones if you provide the audio recording files.
Do you provide marketing materials for your bone conduction headphones?
Yes. For select partners, we can provide a marketing support package that includes high-resolution product photos, key selling points copy, and digital copies of certification documents to help you quickly launch your new line of bone conduction headphones.
Can we arrange for a third-party inspection of our bone conduction headphone order?
Yes, you are welcome to. We fully cooperate with any third-party inspection agency appointed by our clients to conduct on-site factory audits and product inspections.
What is the general lead time for a custom bone conduction headphone order?
For in-stock models, we can ship within 3-7 days. For custom OEM orders of our bone conduction headphones, the lead time is generally 15-25 days. New ODM project timelines are evaluated based on complexity.
What is your standard warranty period for your bone conduction headphones?
Our standard warranty period is 12 months. We can also offer extended warranty services for high-volume partners, the specific terms of which can be defined in our formal contract.
