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Optimized for UVC control boards and smart municipal water purification installations across Morocco.
Xeviora
Xeviora
High-efficiency solid-state sterilization and advanced semiconductor optical systems tailored for Casablanca, Rabat, Tangier, and broader Moroccan industrial infrastructures.
Send Inquiry NowEngineered for absolute thermal stability and processing power in Moroccan automation and green energy grids.
Optimized for UVC control boards and smart municipal water purification installations across Morocco.
Enterprise-level data reliability for UV agricultural optical sensors in Agadir greenhouses.
Engineered passive heat dissipation for high-density 3535 UVC matrix systems in harsh desert environments.
Industrial robustness for Edge AI controllers executing sanitization monitoring programs.
Morocco is rapidly positioning itself as a leader in green technology, advanced agriculture, and industrial manufacturing within North Africa. Guided by the national green economy programs and agricultural strategies like "Generation Green 2020-2030," the demand for highly efficient sanitization technologies has reached unprecedented levels.
The 3535 UVC LED (270nm to 410nm) plays a critical role in these advancements, offering massive advantages over traditional mercury-based UV lamps in terms of energy consumption, environmental safety, and structural design flexibility.
Key economic areas driving this change include the metropolitan industrial clusters of Casablanca, the logistics corridors of Tangier Med, and the extensive agricultural hubs of the Sous-Massa valley. Our manufacturing capabilities bridge Chinese semiconductor expertise with Moroccan application requirements, offering highly resilient UV-C components built for continuous operation under demanding local conditions.
Decentralized UVC systems operating at 270nm-280nm are essential for municipal water treatment and reverse osmosis processes in dry coastal areas.
Precision 310nm (UVB) and 365nm (UVA) light systems are increasingly deployed in Agadir to manage pathogen growth and optimize crop resilience.
High-powered 385nm-410nm LED arrays enable rapid industrial paint and adhesive curing in automotive and packaging production lines.
Rapid surface and air sterilization arrays deployed across hospital settings in Rabat and Marrakech to maintain clean medical environments.
The 3535 ceramic package is the industry standard for high-performance UV optical modules, providing high thermal stability and direct heat pathways critical for optimal performance.
This spectral band is the peak of germicidal efficacy, directly targeting the DNA and RNA of microorganisms to disrupt their cellular processes. The 3535 UVC LED format guarantees high irradiance output, making it highly effective for rapid sanitization systems in municipal water plants and medical operations.
Mainly used to stimulate biological responses in target plants, this band triggers secondary metabolite accumulation to improve nutritional value and shelf life. It is also used in dermatological systems, demanding exact optical calibration and reliable, stable components.
Widely used in high-speed curing systems for automotive, packaging, and printing industries. Operating at 395nm and 410nm, our high-power LED systems feature low thermal resistance (Rth < 4°C/W) to ensure maximum longevity during constant operation in demanding assembly environments.
Our collaborative manufacturing partner, Xeviora Memory Technology (China) Co., Ltd., brings years of high-performance electronics and semiconductor integration to the table. Originally established in 2017 as an OEM/ODM memory module manufacturer, Xeviora's advanced production systems apply high-precision surface mount (SMT) technologies, rigorous automated testing, and cleanroom protocols to the assembly of high-density 3535 UV-C LED modules and advanced driver circuits.
Operating a facility with highly advanced production and testing hardware, Xeviora ensures stable quality and reliable performance. With an annual export revenue of over USD 18 million, Xeviora serves industrial clients across North America, Europe, the Middle East, and North African hubs like Tangier and Casablanca.
Backed by 8 years of export experience and 12 years of industry expertise, we are committed to delivering innovative products that meet international quality standards. The manufacturing quality workflow includes complete incoming material inspection, in-process quality control, and final product testing. All integrated LED assemblies and power management controllers undergo automated functional testing, thermal camera verification, compatibility validation, and rigorous aging tests before shipment. Our quality assurance team consists of 46 dedicated inspectors ensuring every module meets strict reliability parameters.
Streamlining importing and engineering support to ensure fast delivery and smooth implementation across the country.
We coordinate direct sea and air shipping lines from Shenzhen and Ningbo ports to Tangier Med Port. This ensures smooth custom clearance and timely logistics support for major manufacturing companies in the Kenitra and Casablanca zones.
All our 270nm-410nm UVC 3535 LEDs comply with Moroccan safety standards (IMANOR regulations) alongside standard CE and RoHS certifications. This ensures zero friction with local imports and compliance with state tenders.
We offer direct consulting and integration support to Moroccan system builders, helping design optimal PCB layouts, thermal management solutions, and lens selections for maximum efficiency.
Expert technical answers regarding the deployment of 270nm-410nm UVC LEDs in Moroccan industrial systems.
The 3535 package (3.5mm x 3.5mm footprint) utilizes an Aluminum Nitride (AlN) ceramic substrate coupled with a quartz glass lens. This configuration provides a highly direct thermal path (Rth as low as 4-8°C/W) and resists degradation from intense UV light, guaranteeing a longer lifetime (L70 > 20,000 hours) compared to standard silicone encapsulation or PLCC packages.
For target water, air, and surface disinfection, wavelengths between 270nm and 280nm are optimal. The peak absorption of nucleic acids (DNA/RNA) is approximately 265-275nm. Our 270-275nm UVC diodes deliver high germicidal efficiency, making them ideal for municipal water plants and clinical sterilization in Moroccan hospitals.
Yes, we provide extensive OEM/ODM support, including customized aluminum and copper PCB designs, flexible circuit boards (FPC), driver circuits, optics selection (60°, 90°, or 120° beam angles), and custom housings. This allows Moroccan system integrators to easily integrate our technology into their existing platforms.
High ambient temperatures, especially during summer in southern Morocco, raise junction temperatures within the diode, which can reduce optical output. Because of this, we design our UVC modules with high-conductivity metal core PCBs (MCPCBs) and passive aluminum radiators to keep junction temperatures well below the safe threshold of 85°C.
All shipments are accompanied by comprehensive quality reports, including CE, RoHS, and EN 62471 photobiological safety certificates. Additionally, we provide documentation to ensure compliance with Moroccan Importation Norms (NM) to make customs clearance fast and smooth.
High-performance components and hardware engineered to support advanced electronic control systems in Moroccan industrial sectors.
Robust 4-layer FR4 PCB optimized for stable power delivery to high-power 3535 UV arrays in Rabat.
High-capacity heat sink solution for heavy-duty UV-A/UV-C curing units operating in hot factory settings.
Cost-effective industrial RAM modules for local educational and smart city control terminals.
ECC memory modules providing high data integrity for critical rail and transport control operations.
Next-gen DDR5 modules designed for high-performance AI optical sorting systems in Morocco's phosphate sector.
Industrial memory module offering stable performance under continuous load in Casablanca factories.
Flexible polyimide FPC modules designed for curved UVC sanitization devices in healthcare environments.
Highly durable ECC RAM modules built for remote weather monitoring stations in the Atlas Mountains.
Reliable DDR4 memory kits optimized for embedding in automated optical inspection (AOI) units.
Standard high-quality DDR4 desktop RAM modules designed for stable office and workstation use.
Flexible frequency DDR4 SODIMM options for portable testing and diagnostic field units in Morocco.
Compatible desktop memory modules built to support administrative and support networks.
Get in touch with our engineering and procurement team today for custom module layouts, spectral matching, and competitive pricing for your project.
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