Xeviora
Xeviora
Xeviora Memory Technology (China) Co., Ltd. is an industry-leading semiconductor packaging, thermal engineering, and high-performance module manufacturer. Established in 2017, we have rapidly emerged as a trusted OEM and ODM powerhouse serving global system builders, medical device manufacturers, and industrial system integrators.
Leveraging our deep expertise in high-speed, high-density SMT layout architectures and complex multi-layer PCB design (derived from our extensive DDR5 & DDR4 high-speed data memory modules), we have engineered a dedicated business vertical focused on state-of-the-art Deep Ultraviolet (UVC) LED technologies. Germicidal purification systems require identical foundational technologies to high-performance computing: precise voltage regulation, high-frequency signal processing, and highly critical heat dissipation architectures.
Our sophisticated manufacturing facilities operate in strict compliance with international reliability thresholds, enabling us to export over USD 18 million annually across major economic zones, including North America, Europe, Southeast Asia, the Middle East, and South America.
Exploring the physical, chemical, and industrial factors governing stable optical power output and long-term emission stability in high-radiation UVC systems.
The microbial DNA and RNA peak absorption band rests at exactly 265nm. Our AlGaN (Aluminum Gallium Nitride) epitaxial structures are tuned precisely within the 265nm to 275nm range. This matches the biological absorption peak of targeted pathogens, maximizing log-reduction efficiency (up to 99.999% inactivation rates) while retaining energy efficiency levels superior to traditional mercury-vapor discharge lamps.
UVC LEDs convert approximately 95% of applied electrical energy into heat rather than light. Our thermal integration engineers utilize high-conductivity ceramic submounts (AlN - Aluminum Nitride) combined with thermoelectric isolation and copper cores. This keeps junction temperatures below 60°C, eliminating spectral drift and preventing premature chip degradation.
UVC LEDs are highly sensitive to current fluctuations. Drawing from our robust PCB and PCBA manufacturing background, our drive circuits feature integrated buck-boost converters, transient voltage suppression (TVS), and precise constant-current regulation. This architecture ensures clean, ripple-free power delivery even under unstable grid conditions.
Why global enterprises choose Xeviora as their long-term industrial OEM/ODM production hub in East Asia.
China commands the world's most comprehensive optoelectronic raw material and semiconductor packaging ecosystems. At Xeviora Memory Technology, we turn this geographical advantage into commercial superiority for our international clients. Through close alignment with our 850+ supply chain partners, we secure high-grade wafer inputs, high-transmittance quartz lenses, and ultra-high conductivity raw materials at unmatched price stability.
Our localized engineering team leverages a proprietary modular design process. By combining standardized emitter arrays with customized SMT layouts, we bypass long design validation phases. This reduces average sample lead times from the typical 6 weeks down to just 9 business days, allowing system builders to launch products faster.
All finished modules undergo automated optical inspection (AOI), visual color-metric consistency verification, and continuous-burn aging trials. This protocol is overseen by our dedicated squad of 46 quality assurance inspectors, keeping our factory field-defect rate below 120 PPM.
Bridging optoelectronic efficiency with localized regulatory compliance across regional industrial networks.
Integrating high-flux UVC modules directly into water channels. These systems demand zero chemical additives and no heating time. Our modules run on low-voltage DC inputs (12V or 24V), making them ideal for under-sink purifiers, off-grid water dispensing systems, and municipal flow cells.
HVAC systems often accumulate mold, bacteria, and biofilm on cooling coils. Positioning high-power UVC LED bars directly across coil surfaces disrupts microbial reproduction. This maintains thermal exchange efficiency, lowers energy costs, and prevents airborne pathogen distribution.
In medical settings, time-critical sterilization is essential. Our high-output arrays are designed for handheld sterilizers, autonomous disinfection robots (AMRs), and instrument enclosures, delivering targeted log-3 reduction of hospital-acquired infections in less than 30 seconds.
Exporting optical radiation equipment requires strict adherence to international safety frameworks. Xeviora modules are engineered to satisfy the photobiological safety requirements of EN 62471, minimizing risks associated with blue-light and UV hazards. Our products comply with CE, FCC, RoHS, and REACH directives, ensuring frictionless customs clearance and legal market placement for our global distributors and brand partners.
Technical and logistics questions answered by our optoelectronics engineering team.
Inside our manufacturing workshops, assembly areas, and quality verification zones.
