NexaRAM
NexaRAM
In the post-pandemic landscape, the demand for integrated disinfection solutions has transitioned from a niche requirement to a macro-industrial standard. As a premier Custom OEM UVC Lighting Module Factory, we leverage our 12-year heritage in high-performance semiconductor manufacturing to deliver modules that redefine efficacy.
Unlike traditional mercury-based lamps, modern UVC LED modules offer unprecedented design flexibility, instantaneous activation, and a toxin-free footprint. The global market is rapidly shifting toward 260-280nm peak wavelengths for DNA/RNA disruption, and our manufacturing facility stands at the forefront of this technological pivot, providing tailored solutions for air, water, and surface sterilization.
The transition from "Hygiene Theater" to "Evidence-Based Sterilization" requires modules with verifiable millijoule (mJ/cm²) output. We support global exporters in meeting stringent EPA and CE safety standards.
Our expertise isn't just in lighting; it's in the complex science of Semiconductor Thermal Management and PCB Optimization. With 180 engineers and a decade of DDR/semiconductor experience, we apply enterprise-level precision to every UVC module.
180 dedicated engineers focusing on frequency tuning, PCB layout optimization, and thermal solution development for high-density UVC arrays.
Maximizing optical output while minimizing heat waste through advanced AlGaN (Aluminum Gallium Nitride) semiconductor material selection.
35 QC inspectors utilize Automated Optical Inspection (AOI) and burn-in reliability testing to ensure L70 lifespans exceed 10,000 hours.
Years Experience
Supply Partners
New Product Variants/Yr
Annual Export Value
Integration into medical-grade air purifiers and robotic surface disinfectors. Compliance with EN 62471 photobiological safety standards is central to our module design.
High-flow UVC modules for point-of-use (POU) water filtration systems. Designed for extreme durability in high-humidity environments.
OEM modules designed for in-duct installation, preventing biofilm growth on cooling coils and improving indoor air quality (IAQ) for commercial towers.
We are currently developing filtered 222nm modules that offer human-safe continuous disinfection, a game-changer for occupied public spaces. This involves sophisticated band-pass filter integration to eliminate harmful longer wavelengths.
Our upcoming OEM modules will feature integrated PIR sensors and occupancy detection, ensuring UVC safety protocols are hardcoded into the hardware level.
Utilizing copper-core PCBs and graphene-enhanced thermal interfaces to extend the life of high-power UVC LEDs, which are traditionally heat-sensitive.
Precision Testing Jigs
Semi-Automated Assembly
Final Quality Verification
While both are germicidal, 265nm is generally closer to the peak absorption of DNA. However, 275nm LEDs often offer higher power efficiency and longer life. We help OEMs choose the right balance based on their specific application.
High-power UVC LEDs share many thermal and electrical characteristics with high-performance RAM and CPUs. Our expertise in multi-layer PCB design and heat dissipation ensures our UVC modules don't suffer from rapid lumen depreciation.
Yes. Our R&D team specialized in custom PCB layout optimization for tight spaces, allowing UVC integration into curved surfaces, small appliances, and complex industrial machinery.
We provide full documentation for RoHS, CE, and FCC compliance, and can assist in gathering the necessary data for UL and EPA registration in North American markets.
NexaRAM maintains a highly developed supply chain ecosystem with over 850 strategic supply chain partners, enabling stable sourcing of high-grade semiconductor materials and components. Its primary customer base includes OEM manufacturers, system integrators, server solution providers, and gaming PC brands. By utilizing the same high-tier suppliers for AlGaN wafers and specialized UVC ceramics, we ensure that our lighting modules possess the same industrial-grade longevity as our server-grade RAM modules.
Our commitment to Information Gain for our partners involves providing detailed irradiance maps, thermal simulation data, and longevity projections for every custom module. We don't just supply a product; we provide a deep-tech partnership that enables our clients to lead their respective markets with superior germicidal performance.
