High-performance point, line, and surface UV systems engineered to meet Korea's cleanroom and high-speed production line demands.
Ultra-focused spot light modules designed for fine electronics packaging and precision medical component assembly.
High-intensity linear UV arrays optimized for high-speed continuous conveyor operations and high throughput.
Broad-area flood systems ensuring consistent energy distribution across large flat displays and industrial coatings.
Reinforced thermal-isolated cabinet design for batch curing of heavy metal, plastic parts, and complex structural components.
South Korea stands at the forefront of global technological developments, driving structural demands in high-density semiconductors, flexible display panels (OLED), and electric vehicle battery packs. This high-precision manufacturing landscape has catalyzed a transition from conventional mercury vapor arc lamps to highly controllable, eco-friendly solid-state UV LED Curing Systems.
Anyco is dedicated to supplying the South Korean market with customizable industrial UV curing equipment that operates with high precision. Key technical hubs from Gyeonggi-do (including Suwon, Hwaseong, and Pyeongtaek) to Asan demand fast-curing, low-temperature systems to guarantee structural longevity and precise electrical performance in advanced assembly lines.
"For critical electronics curing processes, managing thermal output is crucial. Our water-cooled UV LED systems help prevent substrate deformation on sensitive components, matching the quality demands of Korean tech developers."
As environmental guidelines become stricter worldwide, manufacturers are shifting away from mercury lamps to lower-carbon, highly efficient UV LED systems.
High-intensity UV outputs produce significant heat. Advanced water-cooled channels run along the internal copper substrate, drawing heat away to stabilize intensity during continuous production.
Standardizing outputs around narrow bands (like 365nm and 395nm) limits secondary heat from infrared radiation, protecting heat-sensitive polymer materials from degradation.
Through Industry 4.0-ready PLC links and Modbus protocols, real-time monitoring of UV irradiance, cooling levels, and operational runtimes helps reduce unexpected downtime.
Anyco specializes in integrating precision fluid control systems with inline UV LED curing heads. This custom approach is designed for precision industries requiring controlled adhesive application and rapid curing, such as automotive electronics, consumer hardware, and home appliance assembly.
Our design process focuses on delivering optimized solutions. By matching the curing profiles of custom inks and adhesives, we engineer UV systems that streamline manufacturing processes and maximize throughput.
Operating inside our 2,000+ square meter assembly workshop in Huizhou and Guanlan, Shenzhen, Anyco guarantees strict quality controls from assembly to final product delivery.
Designed for integration into specialized manufacturing ecosystems across Korea's industrial tech parks.
Curing optical adhesives in advanced BGA and flip-chip packages. Precise temperature management prevents thermal stress, protecting delicate silicon dies during high-speed line operations.
Designed to match tier-1 automotive component standards. Our localized UV machinery handles the fast curing of protective coatings on electronic control units (ECUs), camera housings, and LiDAR components.
Uniform surface UV systems provide the necessary energy dose for laminating OCA (Optically Clear Adhesives) onto OLED screens, keeping panels free from distortion or bubbles.
Explore our comprehensive industrial catalog, offering air-cooled and water-cooled modules in various curing window sizes to match your production layout.
Engineered for large industrial footprints, these modules provide uniform intensity across wide surface planes, including panels and structural metal parts.
Choose the right cooling design to match your factory layout, dust control protocols, and continuous runtime requirements.
| Parameter / Feature | Air-Cooled Systems (e.g., 6020/6040) | Water-Cooled Systems (e.g., 9020/9040/20050) |
|---|---|---|
| Cooling Mechanism | Built-in fans with heatsinks. | External chiller circulating coolant through a water jacket. |
| Max Irradiance Limit | Up to 8-12 W/cm² depending on the enclosure design. | Capable of exceeding 16-24 W/cm² under stable thermal loads. |
| Cleanroom Suitability | Moderate. Fans can agitate laminar airflows. | Excellent. Closed-loop layout prevents air turbulence. |
| Integration Complexity | Low. Requires only power and control inputs. | Moderate. Requires plumbing connections to the chiller. |
| Noise Level | Low to moderate (fan white noise). | Virtually silent at the curing station. |
Founded in 2013, Shenzhen Anyco Automation Equipment Co., Ltd. is a national high-tech enterprise. We integrate research, development, production, sales, and after-sales technical support into a unified service. As a one-stop factory for precision dispensing equipment and customized accessories, we provide advanced fluid control and curing systems to manufacturing clients globally.
Our headquarters is in Guanlan, Shenzhen, with our main factory in Huizhou, spanning over 2,000 square meters. While our primary export footprint covers Southeast Asia, India, Vietnam, Thailand, North America (Mexico), and Morocco, our high-precision systems are also optimized for South Korea's advanced assembly requirements.
Get expert answers on UV curing wavelengths, thermal management, and system integration.
Choosing the right wavelength depends on the adhesive's photoinitiators. 365nm is typically used for shallow curing, surface coatings, and optical bonding to ensure clear surfaces. 395nm is preferred for deeper adhesive layers and dark or colored matrices, as it penetrates deeper into the material.
Water-cooled systems channel thermal energy away from the copper baseplate using an external chiller. This limits thermal emission onto the curing surface, preventing deformation or warpage on delicate substrates like PET, OLED layers, and thin micro-sensors.
Yes. Our systems are equipped with Industry 4.0 connectivity, allowing integration with major PLCs (such as Siemens, Mitsubishi, and Omron) through digital I/O, Modbus, or RS485 communication protocols for start/stop control, dimming levels, and temperature monitoring.
We configure systems to meet regional power inputs, including standard 220V single-phase or 380V three-phase electrical systems. Our control units feature integrated safety fuses and surge protection to ensure stable operation on industrial power grids.
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