High-performance control boards, double-sided prototypes, and high-efficiency thermal cooling systems optimized for Nordic industrial UVC disinfection compliance.
Lead-free double-sided PCB layout utilizing high-grade resin process, ideally suited for Danish eco-friendly industrial UVC module driver electronics.
Durable 5x7cm double-sided tinned breadboard prototypes, perfect for local Danish engineers testing prototype driver circuits for UVC LED arrays.
High-frequency FR4 KB6160 raw substrate with a 4-layer configuration. Supports advanced logic circuits in Danish intelligent disinfection monitoring systems.
Heavy-duty 350W thermal radiator designed for high-density cooling. Re-engineered to control heat spikes on high-output UVC LED sterilizers.
Denmark is globally recognized as a pioneer in environmental technology, green energy transition, and stringent municipal hygiene standards. Driven by the Danish Environmental Protection Agency (Miljøstyrelsen) regulations and the European Union’s chemical restrictions, industries across Denmark are rapidly phasing out conventional mercury vapor lamps in favor of solid-state UVC LED technology.
For Danish enterprises—spanning food processing plants in Jutland, municipal drinking water treatment projects in Copenhagen, and biotech research centers near Aarhus—finding a partner capable of high-reliability manufacturing is paramount. UVC LEDs operate in the sub-280 nm spectrum, demanding precise wavelength consistency and rugged control circuitry. Corexis fills this critical supply-chain need by leveraging our high-precision PCB design, surface-mount technology (SMT) packaging, and electronic manufacturing capability to produce durable, highly efficient modules that withstand harsh industrial environments.
Our capabilities align with Denmark’s green ethos: offering mercury-free, energy-efficient disinfection modules with customized thermal and power controllers that yield maximum pathogen inactivation (Log-4 reduction) and minimal energy footprint.
Unlocking maximum germicidal efficacy through precise optical packaging and robust micro-electronics integration.
Aluminum Gallium Nitride (AlGaN) semiconductor layers have dramatically improved wall-plug efficiency (WPE). Our modules run on optimized PCB drivers to maintain stable current density, preventing premature thermal degradation in UVC LED arrays.
Studies show DNA and RNA peak absorption occurs at 265nm. Our manufacturing lines package high-power chips precisely within this band, delivering targeted, high-output irradiance for Danish drinking water disinfection systems.
Industrial UVC modules in Denmark are transitioning to smart grids. We combine high-speed memory buffers, microprocessors, and custom-designed PCB topologies to monitor optical degradation and report operational telemetry.
Our custom control systems and high-density electronic assemblies serve three core Danish market segments:
Copenhagen and Svendborg host major maritime operations. Our heavy-duty PCBA structures drive high-power UVC arrays implemented on vessel ballast water systems, neutralizing marine microorganisms without chemical discharges.
From Danish organic dairies to massive brewery setups, sterilization must happen instantly without heating delicate raw goods. Pulsed and continuous UVC LED modules configured with our copper-core boards handle surface disinfections effortlessly.
Danish biotech hubs require automated disinfection of cleanroom air. We manufacture highly compact, multi-layer control modules that link with HVAC ventilation grids to run safe, programmed night-cycle surface sanitizations.
Corexis Technology Co., Ltd. is a professional electronic manufacturer and SMT assembly plant dedicated to delivering high-performance DRAM solutions, multi-layer printed circuit board assemblies (PCBA), and integrated thermal management solutions for global OEM, ODM, and brand customers. Since our establishment in 2016, the company has focused on memory technology innovation, advanced packaging, and strict quality management. Our products are widely used in desktop PCs, industrial controllers, server centers, smart water meters, and AI-enabled UVC LED system deployments.
With our modern manufacturing facility covering 21,800 m², Corexis integrates R&D, SMT production, testing, packaging, and quality assurance under one roof. Our experienced engineering team continuously develops reliable and high-speed memory products and circuit boards that meet strict international standards and the evolving demands of the Danish and broader European markets.
To meet the exceptionally high reliability standards expected by Danish industrial buyers, Corexis applies a rigorous quality matrix:
| Registration Date | 2016 |
| Annual Export Rev. | USD 26,800,000 |
| Export Experience | 8 Years |
| Industry Experience | 10 Years |
| Active Partners | 1,120+ Globally |
| R&D Engineers | 128 |
| New Products (YTD) | 86 Released Last Year |
High-speed RAM and computing modules optimized for Danish edge-computing control gateways, IoT automation systems, and local server integration.
High-speed DDR4 desktop RAM. Enhances processing speeds of control units monitoring biological data in municipal UVC water plants.
ECC Laptop memory ensuring data integrity in rugged field laptops deployed across Denmark’s water quality monitoring networks.
High-reliability server RAM modules. Built for continuous operation on data-logging servers in municipal Danish utility divisions.
Stable Desktop DDR4 RAM. Delivers cost-effective memory upgrades for control workstation PCs managing physical plant operations.
Highly customizable OEM RAM modules. Tailored branding and heat sink design options for Denmark system integrators.
Low-profile LPX DDR4 16GB modules, optimized for space-constrained computing servers driving optical disinfection logs.
32GB ECC Laptop memory running at 1.2V. Excellent low-power, high-reliability choice for remote Danish environmental data centers.
Versatile DDR4 desktop memory module with multirange frequencies (1600-3200MHz). Ensures broad compatibility for smart systems.
Integrating high-efficiency UVC light-emitting diodes into industrial environments comes with a significant challenge: heat dissipation. Unlike visible LEDs, standard UVC LEDs convert about 95% of electrical energy into thermal energy at the junction point. If the temperature exceeds critical limits, the wavelength of the light shifts, and the lifetime of the LED reduces drastically.
Our factory processes high-conductivity Metal Core PCBs (MCPCBs) and Copper Clad Laminates. These boards rapidly move heat away from the AlGaN chip junctions. By using high-performance copper fills and specialized dielectric layers, Corexis ensures that thermal resistances are kept under 5 K/W. This is vital for Danish indoor farming disinfection and high-volume beverage line cleanrooms, where surrounding air temperatures can vary significantly.
UVC systems require constant-current drivers to prevent "current crowding" and thermal runaway. Corexis specializes in manufacturing control logic boards equipped with temperature sensors and optical feedback systems. If the LED array heats up, our controller reduces the drive current or activates our high-efficiency 350W cooling fans, preserving the sterilization output without shut-down requirements.
Expert technical answers regarding compliance, design integration, and procurement of UVC LED components for Denmark.
Get professional engineering support, tailored PCBA layouts, and high-efficiency thermal cooling systems from our certified production facility. Speak directly with our technical division today.
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Corexis Memory