Explore our top-performing high-efficiency LED industrial light fixtures engineered to minimize thermal load and optimize lumen delivery for heavy-duty facilities worldwide.
The global high-bay lighting landscape is undergoing a critical transformation. Driven by stringent carbon neutrality mandates, rising energy costs, and the rapid expansion of smart industrial automation, enterprises are no longer looking for basic illumination. Today's industrial stakeholders demand durable lighting architectures that reduce structural operational expense (OPEX) while scaling workplace safety metrics.
Traditional metal-halide and high-pressure sodium luminaires have rendered facilities inefficient, plagued by long strike times, swift lumen depreciation, and high heat emission. Modern LED technology, specifically customized UFO and Linear layouts, delivers up to 200 lm/W system efficacy. This translates directly to over 70% energy reduction, immediate turn-on response, and zero maintenance overhead for over 50,000 to 100,000 operational hours.
For procurement officers, electrical engineers, and international project buyers, selecting an industrial LED light supplier requires careful evaluation of technical standards and quality systems.
Standard high bay housings often fail under high ambient heat, resulting in rapid driver failure. Our die-cast designs incorporate integrated thermal paths, maintaining junction temperatures below 75°C to prevent driver degradation.
To simplify inventory control for distributors, we provide integrated CCT-switchable and wattage-selectable high bays. A single fixture covers multiple installation heights and environment needs.
Our products support advanced motion control, daylight harvesting, and 0-10V dimming. They interface with smart control ecosystems like DALI-2, Zigbee, and Casambi to maximize energy savings.
Established in 2003 in Yangzhou, Jiangsu Province, China, Yangzhou OneAll Lights Co., Ltd. has spent over two decades building a reputation for engineering high-quality outdoor and industrial lighting systems.
Our manufacturing facility is equipped with automated systems to ensure stable, repeatable quality across high-volume production runs. Our plant features advanced CNC bending equipment, automatic submerged arc welding units, laser cutting machinery, electrostatic powder coating lines, fluorocarbon paint booths, and an integrated testing facility. These investments enable us to control every step of the production cycle, ensuring reliable build quality and on-time project delivery.
Our quality management systems are certified to ISO9001 and ISO14001 standards. Additionally, our industrial product lines carry CCC, CQC, CE, and RoHS certifications. With a strong track record of international supply, we export to clients across Southeast Asia, the Middle East, Africa, Europe, and South America, offering both standard models and flexible OEM/ODM modifications.
Take a look at the machinery, assembly lines, and testing processes that guarantee the performance of our industrial lighting fixtures.
Industrial environments feature unique challenges. High-ceiling structures require specific lighting layouts to ensure safety, productivity, and visual comfort.
Racked aisles demand precise, narrow light distribution to illuminate vertical shelves without glare. Our linear LED high bays project a focused rectangular beam, minimizing wasted light and improving aisle visibility.
Machining zones demand high rendering index (CRI ≥ 80) and low-glare properties to protect workers from strain. Our fixtures incorporate anti-glare diffusers that keep UGR values below 19, improving concentration and assembly accuracy.
Chemical processing plants, foundries, and wash-down areas subject fixtures to humidity and chemical exposure. With IP66 ingress protection and specialist protective coatings, our high bays withstand aggressive washing and environmental wear.
Navigating import regulations is a key consideration for global buyers. We align our manufacturing processes to meet major regional safety and efficiency frameworks.
Our complete range of UFO and linear high-bay systems undergo third-party certification testing to verify compliance with international regulations:
We work closely with logistics partners to coordinate secure shipping, custom clearances, and technical support. This hands-on service mitigates delivery risks for our international distributors and contractors.
Get answers to the most common questions regarding LED high bay specifications, system lifetimes, and procurement processes.
Efficacy (measured in lumens per watt, or lm/W) defines how efficiently electrical power is converted into light. A 200 lm/W fixture uses up to 30% less power than a 150 lm/W model while delivering the same brightness. For large facilities operating continuous shifts, this efficiency upgrade speeds up payback times and reduces long-term utility costs.
UFO high bays project a circular beam, which is ideal for open-plan factory floors, gymnasiums, and loading docks. Linear high bays use rectangular optics designed to concentrate light down narrow aisles. This layout reduces light spill onto racking, improves vertical illumination, and minimizes shadows for order pickers.
We use vibration-resistant inner packaging and reinforced export cartons to protect fixtures during sea freight. Prior to packing, every unit undergoes standard high-temperature dynamic burn-in testing to ensure component stability and electrical performance.
Yes. We provide customizations including IP66 dust- and water-proofing, IK10 impact protection, specialized anti-corrosion powder coatings, and wide-range voltage drivers (347-480V) for heavy-duty industrial settings.
Browse our extended product selection, featuring specialized systems built for warehouses, sporting venues, and extreme temperature conditions.
OneAll Lights
