Design-to-mass production
Engineering LED lighting module manufacturer
Higntek is an engineering-driven LED module manufacturer providing complete OEM and ODM solutions—from LED module design, chip selection and PCB engineering, optical optimization, SMT assembly, testing, certification to mass production.
We help customers turn their lighting ideas into reliable products and reduce the risks of developing LED lighting modules.
luminous efficacy
LED Engineering Experience
custom LED module projects
Energy Saving Potential
Are You Facing These LED Module Development Challenges?
We understand the challenges of developing LED modules. Higntek combines engineering technology and manufacturing capabilities to help accelerate LED product development.
Poor thermal performance leads to premature failure
Optimize PCB design, LED selection, and electrical layout to reduce junction temperature and heat dissipation paths.
Limited customization options
Customizable PCB, size, voltage, power, luminous efficacy, CCT, and CRI; fully customized production.
Uneven optical distribution
Achieve precise beam control and illumination through custom optical lenses and diffusers.
Lack of professional engineering support
Our professional R&D engineering team provides full OEM and ODM services and free design consultation.
Inconsistent quality between production batches
Each batch of production undergoes strict quality control, including IQC, IPQC, aging tests, and final inspection.
Excessively long delivery cycles delay projects
Prototype in as little as 3 days, mass production and shipping in 7-15 days.
Poor communication and inefficiency
1-on-1 dedicated account manager and engineer, 24-hour technical response.
Unclear certifications causing import issues
Provide complete CE, RoHS, LM-80, and EMC certification documents.
Component costs erode project profits
20,000+ component choices and efficient supply chain management protect customer project profits.
High-performance LED modules for professional lighting applications
From LED chip selection and packaging technology to optical design and module manufacturing, Higntek provides customized solutions designed for high efficiency, energy saving, and long-term reliability.
Utilizes a high-output LED module with a well-designed layout of high-quality 5050 LED chips, and features optimized heat dissipation and optical design.
- Luminous efficiency up to 180-265 lm/W.
- High-efficiency LEDs: 2835/3030/3535/5050 models available.
- High energy efficiency, reducing energy consumption by over 50% and lowering operating costs.
- Thermal resistance reduced by 15% to 25% through optimized PCB layout and material selection.
- Color consistency: ≤3 SDCM.
- Lifespan up to 50,000 hours (L80), 5-year warranty.
Standardized LED modules designed for interchangeable lighting systems and future upgrades. Reduces on-site installation complexity.
- Compatible with Zhaga 3/7.
- Standard sizes: Diameter Ø35mm / Ø50mm / Ø70mm / Ø81mm. Width: 20/40/45/50/55mm. Length: 280/560mm/Customizable.
- Operating voltage: 12V / 24V / 36V / 48V.
- Supports DALI / 0-10V dimming solutions.
- Easy-to-replace and maintain design.
Uniform linear modules designed for continuous lighting in office, retail, and architectural spaces.
- Luminous efficacy up to 265 lm/W.
- Standard lengths: 140 mm/280 mm/560 mm.
- Customizable lengths: 50 mm – over 1500 mm.
- Seamless connection design: <2 mm concealed seam.
- Color temperature range: 2700K – 6500K.
- Temperature variations on the module are controlled within ±3–5°C, improving lifespan and stability.
Comprehensive optical design utilizing advanced optical lenses and diffusers to provide smooth, glare-free, and uniform illumination.
- Illumination Uniformity: ≥90%.
- Wide-Angle Beam Coverage: 120° / 140° / 150° / 160° / 175°.
- Reduces visible hotspots by up to 85% through optimized diffusion structure and LED spacing.
- Optical Efficiency: Light Utilization ≥92%.
- Spotless Illumination Distance: 30–50 mm.
- Suitable for: Panel Lights/Linear Lights/Light Boxes/Stretch Ceilings.
High-lumen LED modules designed for street lighting, floodlighting, and industrial lighting environments.
- Power range: 30W–200W+.
- Luminous flux: 5,000–30,000 lumens.
- Protection rating: IP65 / IP67.
- Operating temperature: -40℃ to +85℃.
- Thermal resistance: ≤1.5℃/W.
Flexible LED strip solutions for curved surfaces and creative lighting installations.
- Flexible PCB LED thickness: 0.1–0.3mm.
- Minimum bending radius: ≥10mm.
- Selectable voltage: 5V / 12V / 24V.
- LED density: 30–120 LEDs/m².
- 4-8W/m² Low power consumption and high efficiency design optimized for energy saving and heat reduction.
- Cuttable and customizable length.
Integrates LEDs and secondary optics for precise beam control and optimized light distribution.
- Beam angle options: 5°/ 8°/ 10°/ 15°/ 24°/ 30°/ 45°/ 60°/ 90°.
- Optical efficiency: ≥90%.
- Reduced optical loss: 15%–25%.
- Custom lens designs available.
- Supports simulation-based optical optimization.
We offer complete custom development services from lighting concept and prototype verification to mass production.
- Custom PCB sizes: 20mm–1000mm+. Thickness options: 1.0 / 1.5 / 2.0 mm.
- Custom PCB materials: Aluminum-based PCB, copper-based, FR4 optional. Surface treatment and solder mask can be customized.
- Customizable: Color temperature/Color rendering index/Voltage/Power/Certification standards.
- Prototype lead time: 3-5 business days.
- Support for small-batch production.
- Complete design, SMT assembly, and assembly capabilities.
Advanced semiconductor solutions such as NCSP, PCT, PPA, and EMC cover the entire spectrum from low current to high power, redefining high-efficiency lighting with ultimate luminous efficacy. Offers higher brightness and higher energy efficiency.
- LED luminous efficacy: 200-285 lumens/watt and above.
- Ultimate luminous efficacy of 272 lm/W with low current, ultra-high luminous efficacy of 265 lm/W with high current, covering all applications from 2835 to 5050.
- Provides ultra-low blue light percentage, meeting the customized needs of high-end healthy lighting.
- Multi-chip channels reduce thermal resistance by up to 50%.
Ceramic LED packaging technology improves heat dissipation and long-term reliability.
- Ceramic thermal conductivity: 20–30 W/m·K.
- Eutectic process and fast heat dissipation channels reduce junction temperature by 10–15%.
- Luminous flux and performance are 3% higher than current best levels.
- Single-chip packaging ensures optimal beam pattern.
- Ball-head structure supports optical designs at various angles.
- High temperature resistance: up to 150°C.
- Thermoelectric separation support structure improves reliability and extends LED lifespan.
Sulfur-resistant LED packaging technology eliminates the risk of silver corrosion in harsh environments.
- A more stable alloy material replaces the silver layer, reducing the risk of sulfidation at its source.
- Sulfur resistance: Meets ASTM B809 standards.
- Jet Vapor Deposition (JVD) technology reduces thermal resistance to approximately 1°C/W (Rth).
- Dual-layer vacuum coating ensures the product’s hermeticity, improving outdoor reliability.
- Reduced color shift: Δu’v’ <0.005.
- 10-year warranty.
Innovative packaging architecture reduces system losses and improves lifespan reliability.
- Zero silver bonding structure.
- No SMT required, zero thermal interface loss design.
- Zero light transmission loss architecture.
- Simplified system components.
- Lifespan performance: L92 @ 50,000 hours.
Helping you optimize the performance, reliability, and manufacturing feasibility of your LED modules.
Why Global Lighting Brands Work With Higntek
Higntek integrates LED selection, thermal engineering, electrical, optical, and manufacturing control to ensure consistently stable and reliable product performance from prototype verification to long-term mass production.
Thermal Management Engineering
By optimizing LED selection, PCB structure, thermal interface materials, and electrical design, and controlling Tc ≤75℃, we ensure stable luminous performance throughout the product's lifecycle.
Optical Engineering
Through LED matching, optical simulation, lens selection, and diffusion technology, we optimize beam angle, light distribution, uniformity, and glare control for our customers' lighting applications.
PCB Engineering
We customize PCB structures using aluminum, copper, and ceramic materials, specific copper thicknesses, thermal vias, and circuit layouts to achieve thermal conductivity of 1.0–8.0 W/m·K, ensuring stable LED performance under harsh application conditions.
LED Chips
We independently develop CSP, PCT, PPA, EMC, and ceramic packaging solutions with zero silver content and zero sulfide, and have obtained authorization from many internationally renowned LED brands to ensure excellent luminous efficacy, consistency, and long-term reliability.
Rapid Prototyping
Our engineering team converts concepts into validated LED module prototypes through rapid design, testing, and optimization, helping customers shorten development cycles and eliminate potential technical risks.
Mass Production Management
Integrated SMT assembly, automated production processes, and multi-stage AOI, SPI, and aging tests ensure consistent mass production performance and protect our customers' brand reputation.
Certification & Compliance
We integrate international standards and customer requirements into material selection, design, and manufacturing processes to streamline customer market approval processes.
Flexible MOQ and Rapid Response
From early prototyping to mass production, we offer flexible MOQ options based on module design complexity and production requirements, with a rapid engineering response within 24 hours.
A technology-driven LED module manufacturer
Since 2013, Higntek has been an engineering-oriented provider of customized and manufactured high-efficiency LED lighting modules for global lighting brands and various industry lighting projects. Headquartered in Shenzhen, China, and registered as a brand in the EU, we have over ten years of professional experience in the LED lighting field.
Utilizing 8 advanced automated SMT production lines, AOI, integrating sphere, aging tests, and X-ray inspection equipment and innovative technologies, we ensure high-quality and reliable LED modules with high luminous efficacy. Our on-time delivery rate reaches 99%.
8
Production Lines
50+
Professional Equipment
10000+
Daily Production Capacity
100%
Full Inspection
Trusted By Lighting Innovators Worldwide
Engineering partnerships built on reliability, innovation and measurable results.
Built For Your Industry. Engineered For Your Application.
Every lighting project has unique challenges. Our engineering team develops customized LED module solutions to achieve the right balance of performance, efficiency and lifetime.
Commercial Lighting
Commercial Lighting
Office Lighting
Office Lighting
Outdoor Lighting
Outdoor Lighting
Architectural Lighting
Architectural Lighting
Industrial Lighting
Industrial Lighting
Horticulture Lighting
Horticulture Lighting
Internationally Certified Quality
Meets international standards, providing reliable LED lighting solutions.
We strictly adhere to international standards such as CE, RoHS, and ISO in our production and quality control processes. From raw material control and production assembly to final testing, every step is rigorously controlled. This ensures reliable product performance, helping customers accelerate market entry and reduce compliance risks.
*Our LED modules possess all the industry’s certification qualifications and can provide verification of any certification report as needed.
One-stop engineering manufacturing of LED modules
Requirement Submission
Communicate LED module lighting needs.
Professional Assessment
Project Discussion and Design Evaluation.
Detailed Quote
Accurate quote based on specifications.
Solution Confirmation
Production schedule confirmed based on engineering documents.
Prototype Production
Prototype creation and verification before mass production.
Mass Production
Material preparation and mass production.
Quality Inspection
Testing and inspection during production and on finished products.
Packaging and Shipping.
Arrange packaging and international logistics.
Frequently Asked Questions
Higntek provides transparent answers to help you make confident decisions. Can’t find the answer? Contact us directly.
Can you provide custom LED module development support for my specific application?
Absolutely. Higntek focuses on the engineering production of customized LED lighting modules, not just standard products.
Our engineering team will assess your needs, including lighting application, power requirements, luminous output, thermal conditions, optical performance, and installation environment. We provide full-process development support, from concept analysis, LED selection, PCB design, optical optimization, prototype verification to mass production. Whether you need a new module design or to optimize an existing product, we can help you turn your lighting ideas into a manufacturable solution.
What information is needed to start a custom LED module project?
To quickly assess your project, we typically need the application scenario, required brightness/lumen output, power and voltage requirements, size constraints, CCT and CRI requirements, installation conditions, and existing drawings or samples (if any). Our engineering team can provide initial feedback within 24 hours.
What customization options does Higntek offer?
We support full customization, including:
- PCB size and layout.
- LED brand and model selection.
- Custom color temperature and color rendering index.
- Optical lens and beam angle design.
- Optimized heat dissipation structure.
- Driver integration (DALI, 0-10V, DMX).
- Module packaging and assembly.
Our goal is not just to customize products, but to develop reliable lighting solutions for your applications.
Does Higntek provide engineering support during development?
Yes. Higntek provides dedicated engineering support throughout the entire LED lighting module project lifecycle. Our team can assist you with requirements analysis, electrical design, thermal simulation, optical optimization, prototyping, reliability verification, and production preparation. This helps clients reduce development risks and shorten time-to-market.
Can we sign a confidentiality agreement before sharing project information?
Absolutely. We understand that many lighting projects involve clients’ confidential designs, marketing strategies, and product innovations. Higntek supports signing confidentiality agreements before project discussions to protect clients’ product concepts, technical drawings, and other business information. Your project information will remain confidential throughout the entire collaboration.
What is your minimum order quantity (MOQ)?
We support both prototyping and mass production. For new projects: prototype samples can be tested and validated starting with small batches. The MOQ for mass production depends on the complexity of the module design, components, and production requirements.
How long does it take to develop and deliver an LED module?
Project timelines depend on project complexity, but our typical cycles are as follows:
- Engineering assessment: 1-3 business days;
- Prototype development: 3-7 business days;
- Testing and verification: 1-3 business days;
- Mass production preparation: 1-2 weeks;
Through professional engineering coordination, we help clients reduce unnecessary delays and achieve faster time-to-market.
How do you ensure the quality and consistency of your LED modules?
Quality control is maintained throughout the entire production process. Our quality system includes: incoming material inspection, PCB and component verification, SMT production monitoring, optical performance testing, electrical testing, aging testing, and final inspection before shipment. Every batch of products adheres to stringent ISO 9001 quality standards to ensure stable performance.
What performance tests do your LED modules undergo?
Depending on project requirements, we can perform tests on LED modules for lumen output, luminous efficacy, color consistency, CRI/CCT accuracy, thermal performance, electrical stability, and aging reliability. We test and control the performance of LED lighting modules through the following methods: raw material arrival inspection, chip bonding/dispensing/wire bonding inspection during production, AOI/X-ray/functional testing, aging testing, and traceability management.
Can Higntek handle both small projects and large-scale production?
Yes. We provide full support to our clients, from initial product validation to commercial production.
Our flexible production model enables us to support prototyping, medium-sized projects, and large-scale production.
Can we visit your factory before we start working together?
Of course. We welcome customers and partners from around the world to visit our manufacturing facilities and engineering offices.
During a factory visit, you can see our engineering capabilities, SMT production line, testing equipment, quality control processes, and manufacturing workflows.
What if there are quality issues after delivery?
This is virtually impossible. Higntek provides long-term post-delivery support with a 6-8 year warranty (depending on the product).
Our after-sales service technology includes troubleshooting, root cause analysis, corrective action support, and, when necessary, providing alternative solutions. Our goal is to build long-term partnerships, not one-off transactions.
Request Your Custom LED Module Solution
Get a free quote and engineering assistance
Tell us your project requirements. Our engineering team will provide a customized LED module solution within 24 hours.
Engineering Review Within 24 Hours
Professional Solution Recommendation
Prototype & Testing Support
Transparent Project Planning
Long-Term Manufacturing Partnership
NDA Protection
24-H Engineering Response
OEM & ODM Support
Copyright © 2013-2026 Higntek
Powered by Higntek
