Discover our highly-engineered commercial, outdoor, and smart architectural luminaire portfolio ready for OEM/ODM integration.
Shenzhen LuxPower Light Co., Ltd. transforms simplicity into smart elegance. Through minimalist design and precision engineering, we deliver lighting solutions that combine intuitive functionality with timeless aesthetics. Our mission is to make high-performance lighting accessible to everyone—balancing premium quality, effortless installation, and long-lasting, sustainable durability.
With a strong foundation in LED innovation and smart lighting technology, LuxPower focuses on creating products that enhance both residential and commercial environments. From modern workspaces to cozy home interiors, our lighting is designed to elevate everyday experiences.
“We don't just illuminate architectural frameworks; we synchronize artificial light fields with natural human biological rhythms to improve wellness, productivity, and sleep hygiene.”
Human Centric Lighting (HCL)—often referred to as circadian lighting, biodynamic lighting, or biological spectrum tuning—represents a paradigm shift in visual science. Humans evolved under the dynamic, moving spectrum of the sun, changing from warm, diffused amber tones at dawn, to high-intensity, blue-enriched cool daylight at noon, and returning to warm, low-intensity light at dusk. This variation dictates our circadian rhythms, primarily by regulating the hormone secretion of melatonin (sleep hormone) and cortisol (alertness hormone).
Modern indoor environments isolate human beings from these natural spectral cues, leading to circadian disruption, chronic fatigue, poor sleep quality, and reduced cognitive output. At Shenzhen LuxPower Light Co., Ltd., we tackle this structural challenge by engineering tunable spectral profiles that target the Intrinsically Photosensitive Retinal Ganglion Cells (ipRGCs) in the human eye. These photoreceptors contain melanopsin, a photopigment highly sensitive to blue light wavelengths between 460nm and 490nm. By dynamically adjusting the Equivalent Melanopic Lux (EML) and Melanopic Equivalent Daylight Illuminance (m-EDI), our solutions actively synchronize human biological clocks with their physical workspaces.
Multi-channel LED engines blending deep red, warm white, and cyan-boosted daylight chips to construct smooth, peak-free transitions along the blackbody locus (BBL) without causing blue-light hazards.
Seamlessly integrates with smart ecosystems using DALI-2 DT8, Casambi (Bluetooth Mesh), Zigbee 3.0, and 0-10V control lines to run precise astronomical time-clocks automatically.
Optimizes both the visual performance (CRI > 95, R9 > 90, flicker-free UGR < 16) and biological effectiveness (EML ratios ranging from 0.35 for relaxation to 0.95 for intense focus).
How our custom OEM/ODM Human Centric Lighting modules solve real-world physiological and spatial challenges across diverse global environments.
In clinical wards and rehabilitation facilities, HCL stabilizes patients' sleep-wake patterns, helping reduce ICU delirium and speeding up tissue recovery times. Warm, dim red-shifted light transitions overnight prevent disruptions to melatonin synthesis while allowing staff to navigate safely.
Variable color-temperature installations support student concentration. High-energy, blue-enriched light (6000K-6500K) is programmed for morning classes and standardized testing to maximize alertness. A gentle, warm-spectrum shift (2700K-3000K) is used for calming down active groups after lunch periods.
By mimicking the natural solar cycle inside windowless deep-floorplate offices, HCL improves focus and helps counter afternoon energy drops. Studies show incorporating human-centric lighting models helps corporate offices achieve high-score WELL v2 Building Standard certifications.
For operations running 24/7—such as power grid facilities, air traffic control towers, and chemical manufacturing complexes—HCL mitigates shift-work fatigue. Our systems are engineered to target alertness pathways during night shifts while ensuring transition lights promote healthy sleep prep once shifts end.
Integrating architectural linear lights, downlights, and smart bedside luminaires allows hotels and smart homes to offer wellness lighting scenes. Guests can trigger simulated sunrise cycles to ease jet lag, or switch on relaxing evening profiles that mimic warm candlelight, providing high-end comfort.
How Shenzhen LuxPower Light Co., Ltd. continuously innovates spectral delivery systems and architectural controls.
Initial scaling of dynamic white drivers with linear transition curves. Standardizing color rendering indexes above Ra 90, with basic DALI DT6 and 0-10V control setups for commercial offices.
Integrating targeted 480nm blue-cyan LED chips to maximize melatonin suppression during key alertness periods, and incorporating 660nm deep red chips to soften visual harshness and achieve high R9 values (>95).
Mass-producing next-gen COB and SMD packages utilizing violet pumps instead of blue pumps, reducing hazardous blue light peaks, and achieving a continuous spectrum that matches natural sunlight closely (CRI Ra 98, Rf 96, Rg 101).
Integrating ambient daylight harvesting sensors and real-time color-spectrometers into light fixtures. Real-time control adjustability via Matter-over-Thread and AI engines ensures lighting profiles adapt to local weather, seasonal changes, and occupants' vital signs.
Leveraging Shenzhen's leading industrial ecosystem to supply high-end lighting technology globally.
Our facility is situated in Shenzhen's tech corridor, providing direct access to LED chip packaging plants, custom precision lens fabricators, driver component suppliers, and die-casting shops within a two-hour radius. This proximity helps lower shipping costs and reduce raw material lead times.
We manage our processes under one roof—from mechanical CNC prototyping and SMT high-speed circuit placement to automated optical sorting, powder-coating, and complete aging testing. Keeping these steps in-house ensures reliability and allows us to quickly scale production for large-volume orders.
With convenient proximity to Shenzhen and Hong Kong shipping hubs, we handle complex international logistics easily. Our services cover customs documentation, marine freight forwarding, air express, and localized warehousing systems, ensuring dependable delivery to project sites worldwide.
From concept to completion, our integrated workflow includes industrial design, 3D visualization, prototyping, and professional product photography—ensuring faster time-to-market and strong brand presentation.
Every product undergoes strict quality testing to ensure performance in extreme environments, from Nordic winters to humid tropical climates.
Standard Core Features Include: Ultra-precise adjustable arms (up to 0.01° control), Universal voltage compatibility (110V–240V), Energy-efficient, eco-friendly LED systems, and Long lifespan with consistent brightness performance. Simple, reliable, and engineered to perform anywhere in the world.
Ensuring your customized luminaires meet strict regional building codes and safety regulations.
We design and construct internal driver cavities and electrical layouts to align with UL 1598 safety standards. Our products meet FCC Part 15 Class B standards for EMI/RFI shielding and are certified under DLC for utility rebate qualification.
Our solutions comply with the low voltage directive (LVD) and electromagnetic compatibility (EMC) regulations. Products are built to meet EU RoHS restrictions and energy-efficiency labeling standards, ensuring smooth import and local compliance.
We provide full CB scheme testing reports to help speed up local safety certifications across the Middle East, Southeast Asia, and Australia, providing ready-to-install products for regional projects.
Answers to technical and commercial questions about our OEM/ODM custom lighting services.
Traditional tunable white lighting shifts color temperature between warm and cool tones, but doesn't adjust the physical spectrum. True Human Centric Lighting (HCL) uses multi-channel LEDs to change the actual spectrum, targeting the 480nm wavelength to support human biological rhythms while keeping color rendering high (CRI > 95, R9 > 90).
We offer custom design options across several key areas: mechanical housings, optical beam angles, LED board layouts (CCT and spectrum profiles), driver configurations (DALI-2, Casambi, Zigbee), and custom packing or branding. We also support fully customized ODM projects starting from industrial drawings.
Our facility runs under BSCI guidelines and ISO 9001 standards. Every product batch undergoes rigorous testing, including integrating sphere analysis, goniophotometer spatial checks, thermal imaging, and high-voltage surge tests, alongside our standard 24-hour electrical run-in period.
For modifications to existing product chassis, we can deliver physical prototypes in about 7 working days. For entirely new custom housing designs, the process—including 3D modeling, optical simulations, and rapid tool production—typically takes between 21 and 30 days.
Yes. Our smart drivers integrate with standard commercial automation networks. They support DALI-2 DT8 for wired building systems, and Bluetooth Mesh/Matter networks for wireless setups, allowing easy integration with BMS platforms like KNX, Crestron, or Lutron.
MOQ requirements vary by customization level. For minor changes to standard designs, we can accommodate orders starting at 100-200 units. For fully custom tooling projects, the MOQ generally starts at 1,000 units, depending on the fixture's size and complexity.
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