Smart Glasses and AI Glasses from China: Sourcing Guide

The Ray-Ban Meta line turned audio-and-camera glasses into a real consumer category, and Shenzhen factories responded fast. By 2025 and into 2026, “AI glasses” became one of the faster-moving export niches coming out of southern China. This is a different product from a VR headset, which is a head-mounted display you wear indoors, and different again from a smartwatch. Smart glasses are eyewear first, with a Bluetooth or WiFi radio, sometimes a camera, and sometimes a tiny display, packed into a frame light enough to wear in public.

Margins look good on paper. A pair of open-ear audio glasses might cost $14 to $22 at the factory gate and retail for $80 to $130. But the compliance load is heavier than most sourcing buyers expect, because you are shipping a radio, a lithium cell, and in many cases a camera that records other people. Get any of those three wrong and your container sits at the border. Below are the tiers, the specs, and the rules that actually apply.

The Three Real Tiers

Smart glasses split into three distinct categories at the factory level, and they are not interchangeable. Picking the wrong tier is the most common mistake new importers make here.

Open-ear audio glasses ($10-22 factory cost): No camera, no display. Bluetooth 5.0 or 5.3 chip, micro-speakers near each temple that beam sound toward your ears without earbuds, and a microphone for calls. These are the simplest to source and the easiest to certify because they are essentially a Bluetooth headset built into a frame. Bone-conduction variants exist but most current models use directional air-conduction drivers. Battery is a small lithium polymer cell, usually 150 to 280 mAh.

Camera-equipped AI glasses ($18-45 factory cost): This is the Ray-Ban Meta clone tier. Add a 12MP-class camera, more storage, a larger battery, and usually a voice assistant hook. Some pair a WiFi radio with the Bluetooth one for faster photo and video offload. This tier carries the privacy and recording-disclosure obligations covered below, and it is where most of the 2025-2026 growth is. Quality varies wildly. The cheap end has terrible camera tuning and 20-minute video battery life.

Waveguide AR glasses ($60-250 factory cost): Glasses with an actual see-through display projected through a waveguide lens or a small birdsmith-style optical combiner. These show notifications, navigation, or translation text in your field of view. Far more complex, far more expensive, and the display quality difference between a $70 module and a $200 module is enormous. Most are still aimed at early-adopter and enterprise buyers, not mass retail. Treat this tier as a specialist play, not a first order.

For a first import to test a market, open-ear audio glasses are the sane starting point. They sell, they are cheap to certify, and they skip the camera-recording legal exposure entirely.

Specs That Actually Matter

Radio chipset and Bluetooth version. Bluetooth 5.3 is current and worth specifying over 5.0 for connection stability and lower power draw. Ask the factory which chipset they use. Bluetrum, Jieli (JL), and Qualcomm are common. Avoid unnamed chips on anything you will put your brand on, because the chip determines whether the existing radio test report transfers to you.

Audio leakage on open-ear models. The whole point of open-ear audio is that you hear the speaker, not the person next to you. Cheap directional drivers leak badly. Test samples in a quiet room at 70% volume and stand an arm’s length away. If you can clearly hear the audio, the model will annoy users in offices and on transit.

Camera sensor and tuning. On camera models, the sensor matters less than the image signal processing. A decent Sony or OmniVision sensor with bad tuning still produces muddy photos. Ask for the specific sensor part number and look at real sample stills and video shot outdoors and indoors, not the factory’s marketing reel.

Battery capacity and real runtime. A “full day” claim usually means standby, not use. On camera glasses, continuous video recording is the killer. A 280 mAh cell might give you 20 to 30 minutes of video before it dies. Test actual recording runtime, not the spec-sheet talk time.

Recording-indicator LED. A visible light that turns on when the camera is capturing is now an expected feature on camera glasses, and on Ray-Ban Meta it is deliberately hard to defeat. Insist on a working, visible capture LED. A camera that records with no outward indicator is a privacy and legal problem you do not want to put your name on. More on the legal side below.

Fit, weight, and frame quality. These are glasses people wear on their face. A pair that weighs 50 grams or sits crooked will get returned no matter how good the electronics are. Check hinge durability, lens quality, and weight distribution. Premium frames keep the battery and electronics balanced across both temples.

Certifications You Need

This is where smart glasses get more demanding than a plain Bluetooth speaker, because the camera, the radio, and the battery each pull in their own rules.

FCC Part 15 (mandatory for the US market): Any smart glasses with a Bluetooth or WiFi radio is an intentional radiator and needs FCC equipment authorization before it can be imported or marketed in the US. The governing rules are in 47 CFR Part 15, with intentional radiators covered under Subpart C. Most reputable factories already hold an FCC ID for the radio module, verify it in the FCC ID database at fcc.report or on the FCC site. If the factory has no FCC authorization, you arrange testing through an accredited lab, which for a Bluetooth-plus-camera device typically runs higher than a simple speaker. See our FCC certification guide for the full process. Importing an uncertified intentional radiator can get the shipment refused at the border.

CE marking and RED (mandatory for EU/UK): For the EU and UK, smart glasses fall under the Radio Equipment Directive 2014/53/EU. Article 3.2 is the requirement for effective and efficient use of radio spectrum. Separately, the RED cybersecurity essential requirements under Article 3.3(d), (e), and (f) became mandatory on 1 August 2025 for internet-connected radio equipment, activated by Commission Delegated Regulation (EU) 2022/30: 3.3(d) covers protection of the network, 3.3(e) covers protection of personal data and privacy, and 3.3(f) covers protection from fraud. These apply to connected smart glasses with WiFi or app pairing. CE covers the radio plus general product safety. The process parallels FCC in cost and timeline.

Product safety standard UL 62368-1: This is the current safety standard for audio, video, and information technology equipment, and it replaced the older UL 60950 and UL 60065 standards. For glasses sold into US retail channels or to risk-conscious buyers, a UL 62368-1 (or the IEC 62368-1 equivalent) test report on the electronics and charging circuit is what serious customers ask for. It is not always legally mandatory for direct-to-consumer sales, but channel buyers increasingly require it.

RoHS compliance: Required for both the US and EU markets, limiting hazardous substances in the electronics. Most established factories already comply. Ask for the RoHS declaration and the supporting test report rather than taking a verbal yes.

Do not let a factory hand you a generic certificate for a different product and call it covered. The FCC ID and the test reports must match the exact model and radio configuration you are buying.

The Camera Problem: Recording-Disclosure Law

If you source camera-equipped glasses, you are selling a device that records other people, and that pulls US recording-consent law into your risk picture. This is general information, not legal advice, and you should confirm specifics with a qualified attorney for your markets.

The federal baseline and most states follow one-party consent for audio recording, but a meaningful set of states require all-party (two-party) consent, including California, Florida, Illinois, Pennsylvania, Washington, and several others. Glasses that capture audio along with video can put a user on the wrong side of those laws without the user realizing it. The hardware answer the market has settled on is a clear, hard-to-hide recording-indicator LED, which is exactly why you should insist on one. The Federal Trade Commission has long pushed for clear disclosure on recording and data-collection devices, and consumer-protection scrutiny of always-on cameras and microphones is real.

Practical takeaway for an importer: spec a working capture LED, make sure your packaging and listing disclose that the product records, and avoid any “stealth” camera glasses with no outward indicator. Those are a returns magnet and a liability you do not want attached to your brand.

Lithium Batteries and Air Shipping

Every pair of smart glasses ships with a lithium-ion or lithium-polymer cell, which makes them dangerous goods for air freight. The cells must pass the UN Manual of Tests and Criteria Section 38.3 (UN 38.3) before they can legally move by air, and air shipments follow the IATA Dangerous Goods Regulations (DGR). Your factory needs to provide the UN 38.3 test summary for the exact cell, plus a battery safety data sheet.

Because the cells are small and built into the frame, smart glasses usually ship as lithium batteries packed with equipment or contained in equipment, which is less restrictive than loose cells but still regulated. Confirm your freight forwarder is set up to handle them and that the factory’s paperwork is in order before booking air freight, or the shipment can be held. Our UN 38.3 and lithium shipping guide covers the documentation. Sea freight avoids the air DGR headache but adds four to six weeks of transit, which matters for a fast-moving 2026 category where designs turn over quickly.

MOQs and Ordering Reality

For standard catalog audio glasses without custom branding, many Shenzhen factories quote 100 to 300 units. These are existing designs from their catalog and are fine for testing a market.

Custom branding (your logo on the temple, your packaging) typically starts at 500 units. Camera and AR models run higher minimums because the bill of materials is more expensive and the factory has more setup cost to recover.

Custom industrial design (your own frame shape, your own tooling) starts around 2,000 to 3,000 units with tooling fees that commonly land in the $8,000 to $30,000 range depending on frame and optics complexity. Waveguide AR optics push tooling higher still.

For a first order, take a standard open-ear audio model at 200 to 500 units with custom packaging. That limits your cash exposure while giving you enough units to generate real sales and review data. Pull samples from at least two factories before committing, because fit and audio leakage vary a lot between suppliers using similar spec sheets. If you are weighing whether to commission a custom design at all, read our breakdown of OEM versus ODM sourcing first.

Where to Find Reputable Factories

Shenzhen is the center of smart glasses manufacturing, with the audio and wearable clusters overlapping the same supply base that builds wireless earbuds. On Alibaba, filter for verified manufacturers with three or more years on the platform and a documented audio or wearables history rather than a catalog that also lists rice cookers and phone cases.

Global Sources has a wearables and consumer-electronics section that tends to attract mid-to-upper-tier factories serving Western buyers. The Canton Fair electronics phase and the HKTDC electronics fairs are the best places to handle samples, judge frame quality in person, and find factories that take the camera and certification side seriously.

Avoid trading companies that list a hundred unrelated products. Smart glasses combine eyewear, audio, and sometimes optics engineering, and a real manufacturer specializes. If the same seller offers AR glasses, smartwatches, and car accessories, you are talking to an aggregator, not the factory that builds the product.

Common Quality Failures to Catch Before Shipping

Audio leakage on open-ear models. Test every sample in a quiet room. Excessive leakage is the top complaint on cheap audio glasses.

Camera focus and tuning. Shoot real photos and video in mixed lighting. Soft focus, color casts, and bad low-light performance are common on the budget camera tier.

Battery shortfall. Record continuous video until the battery dies and time it. Compare against the factory’s claim. Camera glasses routinely fall short.

Capture LED defeat. Confirm the recording indicator actually lights and is visible from the front. A non-functional or hidden LED is a hard fail for both legal and brand reasons.

Hinge and frame durability. Open and close the arms repeatedly and check for flex and creak. Glasses live a rough life in pockets and bags.

Pairing and firmware stability. Pair with multiple phones, test the companion app, and confirm firmware updates work. Flaky pairing drives returns.

Get a pre-shipment inspection for any order over 300 units. An inspector pulls a random sample from the production run, tests the radio, camera, and battery, and catches component substitutions before the goods leave China. Cost runs roughly $250 to $400 through services like QIMA or V-Trust.

Frequently Asked Questions

Do smart glasses need FCC certification to sell in the US? Yes. Any smart glasses containing a Bluetooth or WiFi radio is an intentional radiator under 47 CFR Part 15 and needs FCC equipment authorization before it is imported or marketed in the US. Most factory radio modules already hold an FCC ID, verify it matches your exact model. Without authorization the shipment can be refused at the border.

Are camera glasses legal to sell given recording laws? The glasses themselves are legal to import and sell. The legal exposure is about how the end user records other people, and a set of states require all-party consent for audio recording, including California, Florida, Illinois, Pennsylvania, and Washington. Spec a visible recording-indicator LED, disclose the recording function in your listing and packaging, and confirm specifics with an attorney. This is general information, not legal advice.

How do I air-ship smart glasses with built-in batteries? The lithium cells must pass UN 38.3 testing, and air shipments follow the IATA Dangerous Goods Regulations. Get the UN 38.3 test summary and a battery safety data sheet from the factory, and confirm your freight forwarder can handle lithium batteries contained in equipment. Sea freight avoids the air DGR rules but adds four to six weeks of transit.

What is the minimum order quantity for smart glasses from China? For standard catalog audio glasses, many factories quote 100 to 300 units. Custom branding usually starts around 500 units. Custom frame design starts near 2,000 to 3,000 units with tooling fees from roughly $8,000 to $30,000 depending on complexity. Camera and AR models carry higher minimums.

Which tier should a first-time importer start with? Open-ear audio glasses with no camera. They are the cheapest to certify, skip the camera-recording legal exposure, and sell well. Start with 200 to 500 units of a standard model with custom packaging to limit cash risk while you gather real sales data.