Rollme Rollme Explore our patent-backed flagship smart rings, GPS dive watches, and integrated open-ear audio smart glasses engineered for worldwide export compliance.
Combining proprietary acoustic chamber designs, micro-precision optical tooling, and certified ISO-compliant manufacturing lines to deliver uncompromised open-ear wearables.
Our bone conduction transducers utilize dual-suspension piezoelectric & electromagnetic drivers. Engineered specifically to eliminate resonant buzz while delivering rich deep bass and crystal-clear high frequencies.
From initial CAD modeling to DFM (Design for Manufacturability) analysis, we provide complete custom frame tooling in ultra-light TR90, aviation-grade titanium alloy, and real carbon fiber materials.
Backed by 2 China Medical Device certifications, our manufacturing facilities comply strictly with global export standards including CE-RED, FCC, RoHS, REACH, and UN38.3 battery transport safety regulations.
The global wearable device landscape is undergoing a structural paradigm shift from traditional in-ear audio to non-intrusive, open-ear acoustic solutions. Bone conduction technology—once reserved primarily for specialized military headsets and medical hearing aids—has crossed the commercial chasm into consumer lifestyle eyewear. As leading OEM/ODM bone conduction glasses suppliers, we analyze the core technological vectors reshaping this industry.
Historically, bone conduction smart glasses suffered from two critical engineering bottlenecks: tactile vibration discomfort at high volumes and severe acoustic leakage that compromised user privacy. Modern ODM manufacturing addresses these limitations through dual-driver phase-inversion systems. By pairing a miniature bone conduction transducer with a directional micro-acoustic speaker, destructive interference algorithms cancel out external sound waves. Consequently, sound leakage is reduced by over 20dB compared to legacy designs without compromising vocal clarity during voice calls or navigation prompts.
Technical Gain: Modern 3rd-generation bone conduction transducers achieve dynamic frequency response ranges from 160Hz to 18,000Hz, delivering balanced bass performance while preserving auditory awareness of ambient surrounding environments—a vital safety feature for outdoor cyclists, runners, and industrial workers.
The convergence of generative AI and wearable hardware has transformed simple audio glasses into intelligent multimodal assistants. Next-generation smart eyewear seamlessly incorporates low-power Bluetooth 5.4 SoCs (such as Qualcomm QCC series and Nordic nRF platforms) with Sony micro-camera modules (12MP 1080P EIS video capture). Built-in neural processing units (NPUs) allow real-time translation, object recognition, and voice-assisted LLM interactions via OpenAI or customized cloud APIs directly from the user's temples.
Eyewear demands extreme weight management; consumer acceptance drops sharply when frame weight exceeds 45 grams. Original Equipment Manufacturers (OEMs) now utilize shape-memory titanium alloys for flexible temple arms, coupled with ultra-flexible Swiss TR90 thermoplastic frame bodies. This hybrid structural layout ensures uniform clamping force across diverse head shapes while housing dual high-density lithium polymer batteries (up to 290mAh combined capacity) yielding over 8 hours of continuous audio playback.
For international buyers, brand owners, and electronics distributors, sourcing smart bone conduction glasses requires evaluating supplier capabilities beyond basic unit pricing. The shift toward integrated OEM/ODM supply chains reflects key market dynamics:
Distributors face high inventory carrying costs when stocking multiple specialized SKUs for indoor office wear, outdoor sunglasses, and prescription users. The emerging OEM procurement trend favors modular magnetic quick-release frames and interchangeable lens kits. A single core temple assembly housing the electronic acoustic engine can accept TAC polarized lenses, photochromic light-adapting lenses, or anti-blue light computer lenses—significantly lowering minimum order quantity (MOQ) risks for regional importers.
As smart glasses penetrate athletic, outdoor, and marine markets, water resistance has become a non-negotiable procurement specification. Leading exporters utilize nano-hydrophobic coating technologies combined with sonic welding enclosure assembly. This enables IPX7 and IPX8 ratings, allowing smart glasses to withstand continuous immersion in water, high-sweat workouts, and heavy rainfall without component degradation.
| Evaluation Parameter | Legacy Open-Ear Audio | 3rd-Gen Bone Conduction (OEM) | AI Camera Smart Glasses (ODM) |
|---|---|---|---|
| Primary Acoustic Method | Directional Micro-Speakers | Piezoelectric/Mag Transducers | Hybrid Transducer + Speaker |
| Ambient Awareness | Moderate (Obstructed at high vol) | 100% Complete Awareness | High Ambient Awareness |
| Sound Leakage Level | High (> 45dB at 1 meter) | Ultra-Low (Leak-Buster Active) | Controlled Directional Beam |
| Waterproof Rating | IPX4 - IPX5 | IPX7 - IPX8 Waterproof | IP67 Sealed Structural Body |
| Battery Life (Continuous) | 4 - 5 Hours | 7 - 9 Hours (Dual Battery) | 4 - 6 Hours (Video Active) |
| B2B Target Application | Lifestyle & Casual Office | Sports, Cycling, Tactical, Hearing Assistance | Content Creators, Enterprise Remote Support |
A systematic engineering workflow designed to take your smart eyewear concept from preliminary sketch to mass production export.
Industrial design concept creation, 3D surface modeling, ergonomic weight balancing, and acoustic simulation using FEA (Finite Element Analysis) software.
High-precision 3D resin printing, CNC optical prototype crafting, acoustic golden sample sign-off, and steel injection mold creation.
Automated SMT chip placement, sonic welding assembly, 100% waterproof testing, acoustic calibration, and drop-ship logistics handling.
Everything you need to know about custom branding, technical specifications, compliance certifications, and order fulfillment.
For standard white-label custom silk-screen logo branding on existing frame tooling, our standard MOQ starts at 500 units per model. For complete custom ODM projects involving unique mold tooling, bespoke electronic PCB redesign, or specialized housing materials (such as real carbon fiber or custom acetate), the typical MOQ is 2,000 units per tooling run. Samples are available within 3 to 7 days for technical evaluation prior to mass production commitments.
We utilize a dual-pronged sound privacy system: First, our patented transducers are housed in sealed acoustic chambers that minimize structural chassis vibrations. Second, we integrate directional acoustic reverse-phase sound wave technology. By emitting an inverted acoustic phase signal out of secondary micro-slits on the temple arms, sound leakage is effectively neutralized in the 360-degree space surrounding the wearer, keeping conversations confidential even in quiet office settings.
Yes. All of our smart eyewear frames—including bone conduction, open-ear audio, and AI camera glasses—are designed with standard optical lens rim dimensions. Partnering distributors can work with local opticians or utilize our factory lens fitting service to install custom single-vision, progressive, bifocal, anti-blue light, or tinted prescription lenses into the frames without damaging internal electronic wiring.
Our export products undergo comprehensive testing to meet global regulatory standards. Our hardware complies with CE-RED (Europe), FCC ID (United States), RoHS (Hazardous Substances), REACH, TELEC (Japan), and NCC (Taiwan). Furthermore, our internal lithium-ion polymer batteries possess full MSDS, UN38.3, and IEC62133 air/sea freight transport safety certification sheets for seamless customs clearing worldwide.
We offer turnkey software SDKs and APIs compatible with iOS and Android platforms. B2B clients can choose from three software pathways: 1) Utilizing our standard white-label app with customized brand logos and color themes; 2) Integrating our BLE communication SDK into your existing brand companion app; 3) Developing customized AI firmware features such as direct integration with enterprise voice-assistant servers, cloud translation portals, or fitness telemetry trackers.
We provide a standard 12-month factory warranty on all smart wearable hardware from the date of bill of lading (B/L). Our factory defect rate is strictly controlled under 0.3%. In the event of defective units, we provide 1% spare units free of charge with mass production shipments or offer hassle-free replacement credits on subsequent production batches upon receiving diagnostic RMA reports.
Elevate your brand's hardware portfolio with patented bone conduction technology, AI-assisted eyewear, and medical-grade smart rings. Request technical spec sheets, factory pricing, or evaluation samples today.