Custom OEM Motorbike Illumination Systems Supplier & Exporters

Providing High-Efficiency, Low-Latency LED & Intelligent Lighting Solutions for Global Tier-1 Brands and Motorcycle Manufacturers.

Established Pioneer in Vehicle Lighting Systems

Established in 2012, Ningbo DERT Lighting Co., Ltd. is a professional manufacturer specializing in automotive lighting systems, LED headlights, and vehicle lighting solutions for the global automotive aftermarket and OEM customers. Located in Ningbo, Zhejiang Province, China, the company operates a modern production facility covering approximately 18,000 square meters and employs more than 320 skilled professionals across engineering, manufacturing, quality assurance, research and development, and international sales departments.

DERT Lighting focuses on the design, development, and production of automotive lighting products, including LED headlight systems, vehicle lighting assemblies, signal lighting solutions, commercial vehicle lighting products, off-road lighting systems, and customized automotive illumination technologies. The company serves automotive brands, distributors, wholesalers, importers, fleet operators, and aftermarket suppliers across international markets.

"By integrating advanced optical simulations with rigorous thermal dissipation calculations, we deliver illumination systems that redefine motorcycle safety and design aesthetics."

Supported by an experienced engineering team, DERT Lighting continuously invests in product innovation, optical design, thermal management technologies, electronic control systems, and manufacturing automation. The company integrates advanced production equipment, automated assembly lines, precision testing instruments, and standardized manufacturing processes to support consistent product quality and production efficiency.

Quality management is implemented throughout every stage of production, from raw material sourcing and component inspection to assembly, performance testing, durability evaluation, and final quality verification. The company strives to manufacture automotive lighting products that meet the performance, reliability, and regulatory requirements of diverse international markets.

In addition to standard product manufacturing, DERT Lighting provides comprehensive OEM and ODM services, including product development, branding support, customized specifications, packaging solutions, and private-label manufacturing programs. Flexible production capabilities allow the company to support both emerging automotive brands and established industry partners.

2012
Established Year
18K m²
Production Facility
320+
Expert Staff
100%
Quality Checked

Motorbike Illumination Technology Roadmap & Future Outlook

How we integrate advanced optics, thermals, and electronics to design tomorrow's motorcycle headlamps.

Matrix & Adaptive Beam Shaping

We are shifting from static reflector systems to dynamic ADB (Adaptive Driving Beam) and Matrix LED technology. By using IMU (Inertial Measurement Unit) sensors, our motorcycle illumination systems auto-adjust light distribution during cornering, preventing blind spots and oncoming glare.

Advanced Micro-Optics

Using collimating lenses and micro-lens arrays (MLA), we design compact optical modules. These modules generate crisp cut-off lines and high-intensity hot spots, maximizing light projection while drawing up to 40% less power than standard LED systems.

Thermoelectric Isolation (TDP)

Thermal management determines LED lifespan. Our PCB architectures feature copper-substrate thermoelectric separation and integrated heat pipes, keeping junction temperatures below 85°C. This ensures stable light output even during extended, low-speed idling.

Technology Generation Light Source Type Optical Efficiency (lm/W) Key Mechanical Features Compliance & Certifications
Gen 1: Standard Halogen Retrofits H4 / HS1 Halogen Bulbs 20 - 25 lm/W Stamped Metal Reflector, Standard PC Lens ECE R112, FMVSS 108
Gen 2: High-Power Monolithic LED COB / CSP LED Modules 90 - 110 lm/W Extruded Aluminum Heatsink, Active Fan Cooling ECE R113 Class D, DOT Compliant
Gen 3: Intelligent Matrix Systems Multi-emitter SMT arrays 120 - 140 lm/W Liquid Metal Cooling, Integrated Can-Bus ECU ECE R149 (ADB), E-Mark, CCC
Gen 4: Laser-Assisted Hybrid (Future) Blue Laser Diode + Phosphor Converter 160+ lm/W Hermetic Opto-Electronic Pods, Active Liquid Loops ISO 26262 ASIL-B, Pending ECE

Macro Industry Solutions: Beyond Standard Assemblies

Supporting diverse segments from urban electric mopeds to high-performance heavy cruisers.

Tailored Lighting Architectures for Modern Fleets

Motorbike illumination is not a one-size-fits-all product. Heavy cruisers require long-range, high-lux high beams. Urban electric scooters require compact, wide-angle low beams with low power consumption. DERT Lighting addresses these needs by offering customized engineering pathways.

We work closely with global vehicle designers to align structural constraints (such as cowl aerodynamics and bezel sizes) with optical targets. Our integrated design cycle combines mechanical 3D modeling, Zemax optical simulations, and thermal FEA (Finite Element Analysis) to prototype and refine illumination systems before tooling begins.

Additionally, we design and manufacture custom wire harnesses featuring modified TPE insulation. This ensures high flexibility, thermal resistance, and reliable connections under heavy chassis vibrations and wet weather.

Application Segments & Engineering Focus

  • Urban Commuter & E-Bikes: Low-wattage, wide-field DRLs designed to run on variable DC-DC system voltages (12V to 72V).
  • Adventure Tourers: Auxiliary spot and flood patterns, IP69K-rated housings, and high resistance to impact and gravel.
  • Performance Superbikes: Compact, lightweight aerodynamic housings with high-lux projection modules and active lean-angle light distribution.
  • Last-Mile Delivery Fleets: High-reliability warning systems, rear signal lights, and high-visibility front indicators for courier safety.

Localization Support & Regulatory Compliance

Ensuring global market access through strict testing protocols and certification compliance.

Meeting ECE, DOT, and CCC Requirements

Different markets have distinct requirements for light patterns, cut-offs, and signal colors. Our engineering and quality assurance teams design all assemblies to comply with major international automotive safety regulations, including ECE R113, ECE R50, FMVSS 108 (DOT), and China's CCC.

We perform pre-compliance checks in our in-house testing facilities. This testing includes photometric distribution analysis via goniophotometer systems, electromagnetic compatibility (EMC) testing, and environmental testing (salt spray, vibration, high-low temperature cycles, and water ingress).

By providing complete test reports, optical design files, and compliance documentation, we help clients minimize the risk of import delays, customs issues, or safety recalls.

Quality Control Benchmarks

IP68 / IP69K
Ingress Protection Rating
CISPR 25
EMC Performance Class 3/5
5,000+ Hrs
Thermal Aging Testing
ASTM B117
Salt Spray Corrosion Check

China Factory 4.0: Supply Chain Resilience & Efficiency

Combining automated assembly, precision toolmaking, and vertical integration to optimize cost and quality.

Vertical Integration from Component to Assembly

Our 18,000 square meter factory in Ningbo, China, operates with high vertical integration. We don't just assemble parts; we control key production steps. This includes precision CNC metal machining for aluminum heatsinks and reflectors, automated SMT component placement for LED driver boards, and custom plastic injection molding for optical lenses and light guides.

Operating in the Ningbo industrial cluster provides access to key sub-tier suppliers, raw materials, and components. Proximity to Ningbo Port enables efficient logistics and shipping for our global clients.

Our facility runs under ISO 9001 and IATF 16949 quality management frameworks. This structured approach helps ensure traceablity, minimize defects, and provide consistent quality from pre-production prototyping to high-volume assembly runs.

Smart Manufacturing Features

  • Automated SMT Lines: Ensures precise placement of LEDs and drive circuitry with automated optical inspection (AOI).
  • Robotic Dispensing & Sonic Welding: Creates a hermetic seal on lens assemblies to prevent moisture ingress.
  • MES Production Tracking: Collects real-time data across assembly stations to ensure complete traceability.
  • Optical Testing Laboratories: Equipped with integrating spheres, goniometers, and colorimeters for immediate performance verification.

Global Enterprise Procurement & Customization Matrix

How we align our engineering capabilities with your specific procurement and production requirements.

1. Technical Alignment & Simulation

We review your photometrics, space constraints, and electrical requirements. Using optical simulations (Zemax) and thermal modeling, we evaluate performance before creating physical molds.

2. Prototyping & Pre-Compliance

We produce 3D-printed housings and CNC-machined optics for physical verification. These prototypes undergo initial tests for fitment, thermal performance, and light output.

3. Tooling & Mass Production

Once prototypes are approved, we fabricate steel injection molds. Production is scheduled using automated assembly lines, backed by end-of-line optical testing.

Manufacturing Facilities & Testing Processes

A look inside DERT Lighting's production floors, assembly lines, and quality control systems.

Frequently Asked Questions (FAQ)

Get answers to common technical, design, and logistics questions regarding our custom OEM lighting programs.

What is the typical lead time for custom OEM motorcycle headlight development?
For complex OEM projects, optical simulation and 3D modeling typically take 2 to 3 weeks. Prototyping (using 3D printing and CNC machining) requires 3 to 4 weeks. Once design and fitment are approved, mold fabrication and production setup take 6 to 8 weeks, followed by sample verification.
How does DERT Lighting ensure ECE and DOT compliance during production?
We use in-house goniophotometer systems to measure light patterns, beam intensity, and cut-off geometry. This data is compared against ECE R113 and FMVSS 108 parameters to help ensure compliance before sending units for official certification.
What thermal protection mechanisms are built into your high-output LED systems?
We use copper-substrate PCBs for thermal dissipation. Our LED driver units include an active thermal fallback circuit. If internal temperatures exceed safe limits (e.g., during prolonged idling in hot climates), the driver dims the LED output slightly to protect components from degradation.
Can you support custom connector types and CAN-bus integration?
Yes. We design customized wiring harnesses using TPE insulation and waterproof connectors (such as Deutsch or AMP). Our electronics team can configure LED drivers with custom resistor values or integrate CAN-bus/LIN-bus chips to prevent error codes on vehicle instrument panels.