Discover our state-of-the-art solid-state lighting fixtures engineered for precise spectral control, smart integration, and harsh environmental resilience.
Ledlot Lighting is an enterprise specializing in the R&D, advanced fabrication, and global sales of IP66, IP65 Tri-proof lighting and customizable indoor/outdoor architectural luminaires.
In the modern commercial and industrial procurement landscape, lighting is no longer just about basic visibility. The global shift toward Human-Centric Lighting (HCL), dynamic workspace configuration, and smart building management systems has elevated the demand for multi-CCT and color-changing lighting arrays. We operate at the intersection of optoelectronic science and custom fabrication to deliver advanced OEM/ODM solutions tailored for global distributors, contractors, and project planners.
Adhering to our core operational framework—"Credit from Sincerity, Business from Quality, People First"—we continually invest in R&D to pioneer high-performance, energy-efficient fixtures that adapt to diverse operational paradigms. Our facilities feature fully automated production runs, advanced darkroom photometrics, and an independent mold research department, enabling us to support complex engineering requirements from concept validation to container shipment.
Our testing center houses high-precision optoelectronic verification platforms, including integrated sphere spectrometers for accurate spectral distribution mapping, IP-rated waterproof testing chambers, goniophotometers for spatial luminous distribution analysis, and thermal imaging equipment to verify LED junction heat dissipation. This complete equipment ecosystem guarantees absolute reliability across our full product range.
How semantic search, smart ecosystems, and optical engineering are shaping the future of industrial and commercial illumination.
Distributors are transitioning from fixed color temperature inventories to dynamic multi-CCT configurations. Dynamic 5CCT switching (ranging from warm 2700K to cool 6500K) and integrated RGBW chipsets allow end-users to change color temperatures via built-in physical switches or digital signals, reducing inventory SKUs for importers by up to 80%.
Modern color changing luminaires operate on multi-protocol architectures. By combining driver engineering with Tuya, Zigbee, CASAMBI, or DALI-2 protocols, our LED downlights and panels connect directly to building automation systems, enabling precise automated daytime transitions and energy management.
As regulatory bodies enforce strict quality control standards, color-changing lights must maintain color fidelity under varying dimming thresholds. Our drivers keep a high Color Rendering Index (CRI Ra > 80, options for > 90) and low flicker metrics, ensuring compliance with EU ErP and US Energy Star guidelines.
How our advanced OEM/ODM custom services resolve supply chain, regulatory compliance, and cost control pain points for B2B buyers.
Global architectural and industrial B2B procurement professionals face multi-layered challenges. Sourcing products that comply with local regulatory mandates (such as CE, RoHS, SAA, TUV GS, EMC, and LVD) while managing rising freight costs requires a supplier that controls every stage of the manufacturing pipeline. Our business model is built around mitigating these risks, delivering complete transparency and reliable performance across key areas:
With an in-house tooling center and capabilities spanning injection molding, blister molding, and compression molding of luminaire housings, we adapt designs to fit specific architectural styles, structural dimensions, or optical distributions. This structural flexibility allows us to execute complex OEM orders based on custom drawings or engineering samples.
We ensure swift market access for international buyers. Our factory operates under audited ISO9001:2000 and BSCI quality management frameworks, and our product lines regularly undergo testing to secure TUV GS, CE, ROHS, LVD, SAA, and EMC certifications, safeguarding imports from customs hold-ups or compliance liabilities.
Commercial developments demand robust structural materials. We utilize high-grade aluminum alloys for heat dissipation, along with UV-stabilized polycarbonates (PC) and PMMA diffusers. These materials prevent yellowing and physical deterioration in harsh environments, reducing post-installation service and warranty claims.
How integrating smart manufacturing, raw material control, and Ningbo Port logistics drives cost-efficiency and delivery speed.
Our production facilities embody China's Factory 4.0 evolution. By housing injection molding, mechanical stamping, SMT board assembly, and automated driver assembly under one roof, we eliminate intermediate supply chain layers. This internal cohesion allows us to maintain tight quality control while pricing products competitively without compromising build quality.
Located just 38 kilometers from Ningbo Port—one of the world's premier deep-water shipping terminals—we bypass domestic transport bottlenecks. We load shipping containers directly at our factory, routing cargo to European, American, Southeast Asian, and Australian hubs with minimal transit times. This geographic proximity ensures reliable, on-time delivery for high-volume commercial schedules.
From cleanrooms to transport hubs, our IP65/IP66 Tri-proof lights and adjustable color downlights deliver reliable performance in challenging environments.
Industrial kitchens, bakeries, saunas, and meat processing facilities demand moisture-proof, dustproof, and high-temperature-tolerant fixtures. Our IP65 and IP66 Tri-proof luminaires withstand chemical washdowns and high humidity without color shifting or electrical degradation.
Vapor-tight linear fixtures illuminate complex warehousing systems. For cold storage facilities, color-tuning capability (shifting to high-contrast cool white) improves operator safety, while durable housing profiles prevent moisture ingress from condensation cycle transitions.
Subways, underground parking facilities, marine docks, and bridges require continuous, high-efficiency illumination. Our robust thermal management systems keep LED junction temperatures low, ensuring stable light output and a long service life, even under continuous operation.
| Fixture Category | Standard CCT/Color Parameters | IP / Impact Ratings | Key Certifications | Optimal Scenarios |
|---|---|---|---|---|
| Smart Downlights (Hotel/Office) | 5CCT Adjustable / WiFi (2700K - 6500K) | IP44 / IP54 options | CE, RoHS, SAA, TUV | Lobbies, conference halls, high-end retail, hospitality corridors |
| Vapor-Tight Linear / Tri-Proof | Single CCT (3000K-6500K) or Switchable CCT | IP65 & IP66 / IK08 - IK10 | CE, TUV GS, ROHS | Food processing workshops, multi-story car parks, pedestrian tunnels |
| Highbay Warehousing Lamps | 4000K / 5000K / 6500K High-Intensity Output | IP65 / Heavy-Duty Aluminum | CE, RoHS, SAA | Industrial plants, distribution centers, aircraft hangars, arenas |
| Smart Ceiling Fittings | Tuya APP Controlled RGBW / Tunable White | IP54 / Sealed PC Dome | CE, LVD, EMC, SAA | Smart commercial spaces, public utility offices, patient rooms |
Answers to common technical, regulatory, and logistics questions from procurement managers and lighting design engineers.
We maintain strict MacAdam ellipse binning protocols (3-Step or 5-Step SDCM control). Using our integrated sphere spectrometers and automated SMT chip placement, we group LEDs of matching chromaticity bins on every production run. This prevents visible variations in color temperature when multiple downlights or panel lights are installed side-by-side in large open spaces.
Yes. Our Tri-proof lights are manufactured using high-impact polycarbonate (PC) housings or heavy-duty PMMA diffusers with corrosion-resistant silicone seals. The brackets, latches, and mounting hardware are made of marine-grade stainless steel or specially coated alloys to prevent oxidation and deterioration in high-salinity or acidic environments.
Our smart products are built with customizable driver configurations. We offer integrations with Tuya smart controllers (Wi-Fi, Bluetooth mesh, or Zigbee), 0-10V analog dimmers, DALI-2 digital addressable interfaces, and CASAMBI wireless mesh systems. This ensures seamless integration with modern building control systems and home automation hubs.
Our standard process begins with technical drawings and mold feasibility reviews within 7 days. Once the customer approves the layout, custom tooling and injection mold development take 20 to 30 days. Sample validation proceeds immediately thereafter, and bulk manufacturing is completed in 25 to 35 days, depending on the order quantity and materials.
Being located only 38 kilometers away from Ningbo Port reduces land transport costs. We can load containers directly at our factory dock, bypassing regional consolidation warehouses. This logistics setup reduces port fees, local handling delays, and domestic shipping costs, while allowing for flexible container loading schedules.
Yes. Our fixtures comply with international safety standards, carrying GS, CE, RoHS, LVD, and EMC certifications for European markets. For Australian and Oceanic projects, we provide SAA and RCM compliant configurations. We also verify driver components against ETL and UL standards for North American commercial projects upon request.
Heavy-duty linear tubes, highbays, and batten fittings engineered for durability, easy maintenance, and long service life in harsh operating environments.