Factory-Direct Catalog
Engineered Helmet Lighting, Handlebar Systems & Tactical Platforms
Precision-manufactured in Shenzhen using aviation-grade aluminum CNC housings, high-efficiency Cree/OSRAM/COB emitters, and multi-protocol lithium charging circuitry. Low MOQ pilot runs and white-glove OEM/ODM branding available across all production batches.
Industrial & MTB
Combo Bundle
Pro Trail Front
Smart Lighting
Helmet Mount
High Intensity
Camp & Utility
Factory Heritage & Infrastructure
Shenzhen FEXA Technology: 15+ Years of Precision Lighting Engineering
Founded in 2008 and operating out of the Mingxi Creative Park in Shenzhen, Shenzhen FEXA Technology Co., Ltd. is an Intertek onsite-verified custom manufacturer specializing in high-output LED bicycle lighting systems, helmet-mounted illumination, explosion-proof mining lamps, and rugged tactical EDC gear.
Unlike standard trading assemblers, FEXA manages the complete electro-optical lifecycle in-house: from optical ray-tracing simulations (Zemax) and finite element thermal analysis (ANSYS) to 4-axis CNC housing milling, surface anodization, SMT PCB placement, and robotic encapsulation. We support high-growth cycling brands across North America, the European Union, Australia, and East Asia with flexible low-MOQ rapid sampling, certified laboratory test protocols, and comprehensive Amazon FBA compliance.
15+
Years LED R&D Specialization (Est. 2008)
2,582m²
Intertek Verified Production Floorspace
99.74%
Buyer Message Responsiveness Rating
50+
Active Global Export Nations & Regions
Aviation CNC Machining
Monolithic 6061-T6 heat sinks designed to keep thermal resistance below 2.5°C/W under sustained 2000lm load.
High-Precision Tooling
In-house turning centers maintaining tight dimensional tolerances (±0.02mm) for IPX6/IP68 O-ring compression.
Fiber Laser Branding
Micron-accurate permanent laser annealing of customer logos, regulatory marks, and serial numbers.
Low-MOQ Customization
Rapid setup tooling allowing customized packaging, color anodization, and branded firmware from 200 units.
Engineering Whitepaper • 2025–2030
Technological Architecture & R&D Evolution in Helmet-Mounted Illumination
As cycling shifts toward aggressive trail MTB, long-distance gravel touring, high-speed e-commuters, and micro-mobility fleets, helmet-mounted lighting has evolved from simple auxiliary torches into complex electro-optical systems governed by strict weight, thermal, and optical parameters.
Dual-Axis Directional Ray-Tracing (Eyes-Follow Optics)
Unlike handlebar-fixed lamps that remain parallel to the bike frame, helmet lights track the rider's immediate gaze trajectory. Modern architectures implement asymmetrical TIR (Total Internal Reflection) optics with a tight 8°–12° center punch for spotting obstacles through trail switchbacks, combined with a 90° homogeneous peripheral spill to preserve spatial orientation and eliminate tunnel vision without blinding oncoming riders.
Dynamic Thermal Throttling & Structural Heat Sinks
Mounting lighting gear directly atop the skull places severe constraints on weight and heat dissipation. Advanced OEM units utilize thin-wall aluminum alloy housings paired with micro-NTC thermal sensors. Firmware actively throttles drive currents via step-less PWM regulation, maintaining internal diode junction temperatures below 85°C without jarring lumen drops, preventing physical discomfort and extending LED diode longevity past 50,000 hours.
Separated Corded Cells vs. Integrated Low-Mass Li-ion
Engineering teams face a strict trade-off between runtime and neck strain. For high-output extreme downhill use (>1500 lumens), architectures split into modular systems featuring an ultra-light lamp head (<85 grams) mounted on the helmet and a reinforced waterproof cord routing to an 18650/21700 battery pack stowed in a backpack or jersey pocket. For urban commuters, integrated 14500/18350 USB-C rechargeable units offer balanced aerodynamic profiles under 120 grams total weight.
Smart Sensors: 3-Axis Accelerometers & Ambient Lux
Next-generation helmet light models incorporate MEMS 3-axis motion sensors that detect sudden deceleration, instantly modulating red rear-facing helmet LEDs into an ultra-bright emergency braking strobe. Integrated ambient photodiode sensors dynamically switch between daylight flash and continuous night beam modes, optimizing battery efficiency while maintaining constant legal conspicuity.
Universal Breakaway Safety Mounts (GoPro Compatible)
Crash-impact safety is paramount. Rigid bolted mounts risk causing traumatic cervical hyperextension during crashes. Modern R&D mandates calibrated breakaway nylon or magnetic detent interfaces that decouple cleanly under mechanical shear thresholds (>15N•m), eliminating helmet shell structural compromises while maintaining universal compatibility with standard GoPro, MIPS, and vented helmet straps.
Procurement & Supply Chain Intelligence
Strategic Sourcing Trends Shaping Global Bike Light Procurement
Professional B2B buyers, category directors, and brand purchasing agents face shifting regulatory environments, evolving e-commerce channel requirements, and tightening compliance audits. Here are the macro shifts driving supplier selection across Chinese manufacturing hubs.
Stringent Battery Cell Safety & UN38.3 Mandates
Airlines, customs authorities, and Amazon FBA fulfillment hubs enforce zero tolerance for uncertified lithium batteries. Tier-1 buyers are demanding genuine Grade-A cell documentation (Samsung, LG, Panasonic, or high-tier domestic cylindrical cells) paired with dual-IC Battery Management Systems (BMS) delivering overcharge, overdischarge, short-circuit, and reverse polarity protection backed by UN38.3, MSDS, and 1.2m drop test reports.
SKU Kit Consolidation & Cross-Platform Mounting
Consumer demand has moved away from isolated front lamps toward unified lighting ecosystems. Leading importers now procure 3-in-1 combo sets: handlebar headlight, helmet auxiliary spotlight, and smart sensor taillight, all sharing identical USB-C charging ports, standardized O-rings, and synchronized flashing algorithms, allowing brands to capture higher Average Order Value (AOV) on retail shelves.
Transition to Eco-Conscious Packaging & Type-C Power Delivery
With EU Directive 2022/2380 enforcing universal USB Type-C charging and EPR (Extended Producer Responsibility) packaging taxes rising globally, procurement managers are purging legacy Micro-USB ports and single-use plastic blister packs. Sourcing briefs mandate molded pulp trays, FSC-certified cardboard boxes, and bi-directional USB-PD charging chips capable of serving as emergency power banks for GPS computers and smartphones.
| Riding Category | Target Output (True ANSI-FL1) | Beam Distribution Profile | Ingress Rating | Ideal Cell Architecture | Critical Sourcing Standard |
|---|---|---|---|---|---|
| Urban Commute & City E-Bike | 300 – 600 Lumens | 180° Wide Flood + Daytime Hyper-Strobe | IPX4 – IPX5 | Internal Li-Po or 18350 (USB-C) | CE, RoHS, StVZO Glare Cut-Off (DE) |
| Road Racing & Fast Gravel | 600 – 1,200 Lumens | Dual-Zone: Spot Center + Peripheral Wash | IPX6 Heavy Splash | 18650 / 21700 Single Cell (5000mAh) | Aerodynamic Drag (<120g), ANSI FL1 Runtime |
| Enduro, Night Downhill & Singletrack | 1,200 – 2,500+ Lumens | High-Penetration 10° Spot + COB Fill | IP67 – IP68 Submersion | Modular Corded Pack (4x 18650 or 2x 21700) | Breakaway Helmet Clip, Shock 1.5m drop |
| Industrial Mining & Inspection Safety | 400 – 1,000 Lumens | Adjustable Zoom Focus + Red Hazard Aux | ATEX / Ex / IP68 | Intrinsically Safe Shielded Li-ion Pack | Anti-Static Housing, Flame-Retardant Strap |
Intertek Audited Quality Ecosystem
Four-Stage Rigorous Testing on Every Production Run
Reliability in night riding can be a life-or-death scenario. Our quality control system follows rigorous ISO 9001 and ANSI/NEMA FL-1 testing standards to ensure zero field failures for your brand.
1. Spectroradiometer & Integrating Sphere Test
Every lot of bare LEDs undergoes 100% luminous flux, Correlated Color Temperature (CCT 5000K-6500K), and Color Rendering Index (CRI >70/80) verification inside an automated integrating sphere, guaranteeing that advertised lumen specs match reality without batch tint deviations.
2. High-Pressure Hydrostatic Ingress Chamber
Water resistance is verified beyond standard lab dips. Randomly sampled units are subjected to oscillating pressurized water jets (IPX6) and continuous 2-meter deep submersion chambers (IP68) with power running to verify silicone seal compression and ultrasonic weld integrity.
3. 100% 4-Hour Burn-In & BMS Cycling
Prior to final boxing, 100% of finished lighting assemblies run through continuous full-load burn-in racks for 4 hours. Automated logging tracks thermal creep, voltage stabilization, and battery capacity decay, catching cold solder joints or defective MOSFET switches at the factory gate.
Buyer Knowledge Base
Frequently Asked Questions for Wholesale & OEM Sourcing
Direct, transparent answers regarding manufacturing lead times, customization capabilities, international compliance documentation, and sample ordering processes.
Are you a pure trading company or a direct manufacturing factory? +
Shenzhen FEXA Technology Co., Ltd. is an integrated manufacturer and exporter. Our 2,582 m² production facilities, CNC turning workshops, clean-room assembly lines, and warehouse operations have been formally verified onsite by Intertek, the premier independent third-party inspection agency. Clients are welcome to review our official Intertek Assessed Report and video audits or schedule a live video walk-through with our engineering team prior to contract signing.
What specific OEM/ODM customization options are supported for bike helmet lights? +
We provide three levels of customization:
Level 1 (Sample-Based / Private Label): Laser-etched brand logos on housing, custom color anodization (black, titanium grey, olive green, anodized red/blue), custom UI mode programming (e.g., custom strobe frequencies or memory modes), and retail box graphic design.
Level 2 (Design-Based): Modified TIR optical angles, higher capacity lithium cell integration, custom helmet mount brackets (GoPro/universal strap), or PCB modification for wireless remote control.
Level 3 (Full Turnkey ODM): Complete electro-mechanical industrial design from initial 3D sketch, rapid 3D prototyping, tooling mold fabrication, circuit design, and full international certification testing.
Level 1 (Sample-Based / Private Label): Laser-etched brand logos on housing, custom color anodization (black, titanium grey, olive green, anodized red/blue), custom UI mode programming (e.g., custom strobe frequencies or memory modes), and retail box graphic design.
Level 2 (Design-Based): Modified TIR optical angles, higher capacity lithium cell integration, custom helmet mount brackets (GoPro/universal strap), or PCB modification for wireless remote control.
Level 3 (Full Turnkey ODM): Complete electro-mechanical industrial design from initial 3D sketch, rapid 3D prototyping, tooling mold fabrication, circuit design, and full international certification testing.
What is your Minimum Order Quantity (MOQ) and sample lead time? +
To assist brands in testing regional market demand, our baseline MOQ for standard catalog models in neutral packaging is just 50 to 100 units. For custom laser-engraved logos and branded packaging, MOQ typically starts at 200–500 units. Off-the-shelf samples for bench testing and photometric evaluation ship within 48 to 72 hours; custom laser-marked prototypes ship within 5 to 7 working days. Mass production lead time is typically 18 to 28 days depending on batch volume.
Which international certificates and compliance documents do your lighting products carry? +
Our products are engineered to comply with target destination markets:
• European Union: CE (EMC & LVD directives), RoHS 2.0 hazardous material compliance, REACH, and design patent protections on flagship housings. For road-legal bike lighting in Germany, models can be calibrated with defined cut-off optics matching StVZO guidelines.
• North America: FCC Part 15 Class B electromagnetic interference compliance.
• Battery Logistics: UN38.3, 1.2m drop test certification, and MSDS safety data sheets allowing hassle-free sea, air, and ground freight.
• European Union: CE (EMC & LVD directives), RoHS 2.0 hazardous material compliance, REACH, and design patent protections on flagship housings. For road-legal bike lighting in Germany, models can be calibrated with defined cut-off optics matching StVZO guidelines.
• North America: FCC Part 15 Class B electromagnetic interference compliance.
• Battery Logistics: UN38.3, 1.2m drop test certification, and MSDS safety data sheets allowing hassle-free sea, air, and ground freight.
Can your factory support Amazon FBA sellers, eBay merchants, and regional distributors? +
Yes, a substantial portion of our annual output supplies leading Amazon top-sellers across the US, UK, and European marketplaces. We provide full end-to-end e-commerce logistics support including FNSKU barcode printing and labeling, individual SKU polybagging, master carton warning labels, drop-test compliant double-wall export corrugated boxing, and direct DDP delivery into regional Amazon fulfillment centers (FBA), minimizing transit delays and preventing customs clearance snags.
What payment and commercial incoterm options are available? +
We support standard global trade terms: FOB Shenzhen/Hong Kong, CIF destination port, EXW factory gate, and DDP (Delivered Duty Paid) door-to-door express. Payment methods accepted include Wire Transfer (T/T), Letter of Credit (L/C at sight), PayPal for samples, Western Union, and Escrow Trade Assurance contracts in major currencies (USD, EUR, GBP, AUD, CAD, HKD, and CNY).
Partner with China's Premier Bike Light Engineering Factory
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