As the Republic of Azerbaijan aggressively pursues economic diversification under its Strategic Roadmaps, non-oil sector growth has surged. Regions like the Sumgait Chemical Industrial Park (SCIP) and the Mingachevir Industrial Park are transforming into regional hubs for polymer manufacturing, consumer packaging, and automotive assembly components. This industrial shift necessitates advanced, energy-efficient manufacturing machinery, particularly in curing and coating applications.
Traditional thermal ovens, which rely heavily on high gas or electrical consumption and require significant plant footprints, are increasingly viewed as outdated by modern Azerbaijani enterprises. Advanced UV (Ultraviolet) LED curing machinery offers an eco-friendly and space-saving alternative, aligning with Azerbaijan's drive toward modernization and reduced industrial carbon footprints.
In industries ranging from offset printing and plastic container packaging to electronics encapsulation and wire coating, UV LED curing systems achieve polymerization in milliseconds. By utilizing narrow-spectrum ultraviolet light (specifically tuned to photoinitiators in modern inks, coatings, and adhesives), these machines cure surfaces without applying heat. This makes them ideal for heat-sensitive substrates like thin polymer films and consumer electronics components manufactured in modern Baku industrial parks.
Founded in 2013, Shenzhen Anyco Automation Equipment Co., Ltd. is a national high-tech enterprise integrating automated fluid control systems, precision dispensing, and state-of-the-art UV LED curing equipment into one seamless product suite. Headquartered in Guanlan, Shenzhen, with a modern production base in Huizhou spanning over 2,000 square meters, we are a leading OEM/ODM manufacturer for high-growth global markets.
Initially recognized for our expertise in piezoelectric jetting valves and micro-dispensing systems, we realized that industrial clients need more than just precise fluid application. To achieve high production yields, rapid dispensing must be immediately followed by precise curing. Consequently, we expanded our R&D into high-intensity UV LED area and line light sources, offering integrated solutions that minimize assembly line footprints and optimize process reliability.
We leverage Shenzhen's supply chain to deliver high-quality UV systems at competitive prices, helping Azerbaijani manufacturing plants lower their capital investment costs.
From custom 395nm wavelengths to custom dimensions and cooling systems (air/water cooled), we build machines tailored to your specific process parameters.
Our curing controllers support RS485 and Modbus interfaces, allowing seamless integration with PLC systems in automated production environments.
Selecting a UV curing system requires aligning the output spectrum with the chemistry of your photo-reactive fluid. Broad-spectrum mercury lamp systems have historically caused issues due to thermal emission and ozone degradation. Anyco's industrial UV LED systems are designed around narrow-band output spectra to minimize thermal load while maximizing curing efficiency.
Heat dissipation directly impacts the life expectancy of UV LED chips. Our systems use advanced cooling configurations based on operation duty cycles and thermal loads:
| Feature | Air-Cooled UV LED Systems | Water-Cooled UV LED Systems |
|---|---|---|
| Cooling Medium | Integrated Fans and Copper Heat Pipes | Chiller Unit and Closed-Loop Deionized Water |
| Irradiance Intensity Range | 1 - 8 W/cm² | 8 - 24 W/cm² |
| Noise Profile | Moderate (Fan acoustics) | Silent near the light source |
| Typical Application | Handheld devices, spot curing, low-speed conveyor lines | High-speed roll-to-roll, screen printing, high-speed dispensing |
| Maintenance Frequency | Low (Filter cleaning) | Moderate (Chiller liquid top-up/inspection) |
Anyco is structured around one-on-one custom engineering. Whether you are operating a bottling plant in Khachmaz, a metal-component fabrication line in Sumgait, or a delicate electronics assembly floor near Baku, we adapt our UV curing lights and automated fluid systems to fit your conveyor configurations, cycle times, and electrical standards.
Our engineering team works directly with your production managers to provide customized product designs. This includes adjusting power outputs, modifying physical light apertures, and optimizing PLC communication protocols to ensure our equipment integrates smoothly into your operations.
Purchasing capital equipment internationally requires confidence in the exporter's supply chain stability. Located in the manufacturing centers of Shenzhen and Huizhou, Anyco leverages local access to raw optoelectronic components, advanced precision tooling, and top-tier technical expertise. This concentration of resources allows us to maintain stable production schedules and ensure consistent quality.
Our quality management workflow ensures that every UV Curing Machine exported to Azerbaijan meets international standards:
Importing advanced optoelectronic equipment from China into Azerbaijan requires meeting clear compliance and logistics pathways. Anyco works with verified freight forwarders to manage shipping from Shenzhen/Guangzhou ports to Baku, utilizing various routes to balance transit speed and cost:
All machinery exported to Azerbaijan is engineered to run on regional electrical standards. Typically, this is 220V/380V at 50Hz, eliminating the need for step-up or step-down transformers. Control systems use CE-certified switches, relays, and circuit breakers, and our equipment is fully CE-compliant, meeting the safety requirements of industrial facilities across the Caucasus region.
We provide full documentation for customs clearance, including:
To help industrial buyers plan their integration timeline, we outline our process from initial inquiry to final installation:
The process begins with an analysis of your fluid's properties (adhesives, inks, coatings, or potting compounds) to determine the optimal UV wavelength (365nm, 385nm, 395nm, or 405nm) and estimate the required output intensity (measured in W/cm²).
Our engineers provide detailed 2D/3D CAD models of the UV heads and control cabinets to ensure they fit your existing physical space, assembly lines, or robot rails.
Once drawings are finalized, we manufacture the system and conduct a 72-hour burn-in test to verify both physical and electrical integrity.
Curing units are packaged in heavy-duty plywood crates lined with shock-absorbent foam. This helps prevent moisture and mechanical damage during shipping to Baku.
We provide step-by-step setup guides and remote technical support via video consultation to assist your local engineers with PLC integration, safety shielding, and system startup.
Our systems utilize high-quality industrial LED chips with an operational life of over 20,000 hours, provided they are cooled correctly. Compared to traditional mercury vapor lamps, which require replacement every 1,000 to 2,000 hours, this significantly reduces downtime and maintenance costs.
Yes, our engineering team regularly customizes the size and dimensions of our UV LED arrays. We can modify air-cooled and water-cooled housings (such as our 9020 or 20050 formats) to match the width and requirements of your conveyor line.
We provide comprehensive installation manuals, CAD files, and wiring diagrams to guide your setup team. In addition, we offer direct technical support via video calls to walk your engineers through configuration, PLC setup, and initial tests.
Air-cooled UV systems have built-in fans and only require an electrical supply. Water-cooled systems need a chiller to pump coolant through the LED heads. We can supply these chillers as part of a complete package, or specify the flow and pressure requirements if you prefer to use your own factory chiller systems.
Whether you need to upgrade an existing line or design a custom UV curing system from scratch, our engineering team is here to help. Get in touch with us to discuss your project requirements, specify wavelengths, and request a detailed quote.
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