Ultra-narrow spot diameter, optimized for precision bonding of microelectronic components, smartphone displays, and medical electronics.
Optimized for high-speed conveyor lines, ensuring instantaneous polymer curing for inks, varnishes, and laminations.
Engineered for large flat substrates, offering homogeneous irradiation profile with zero dark zones for optical displays.
A fully enclosed, safety-interlocked curing oven designed for batch processing of mechanical coatings, metals, and plastics.
The manufacturing infrastructure of Pakistan is currently undergoing a structural transformation towards automation and energy efficiency. Traditional thermal drying methods, which heavily rely on fossil fuels or gas lines, are increasingly constrained by rising energy tariffs and grid instability in industrial hubs such as Karachi, Lahore, Faisalabad, and Sialkot. Consequently, industrial leaders are converting to ultraviolet (UV) curing systems, which offer instant photo-polymerization and reduced energy footprints.
Modern UV curing utilizes high-intensity UV LED light to initiate photopolymerization in inks, coatings, adhesives, and sealants. Unlike thermal systems that vaporize solvents (generating high VOC emissions and requiring long bake tunnels), UV curing is instantaneous, environmentally sustainable, and occupies a minimal factory floor footprint.
A major point of concern for design engineers and plant operators when importing UV machinery is selecting the appropriate wavelength and cooling technology. The physical properties of the cured layer—such as surface hardness, scratch resistance, and adhesion to substrate—depend entirely on the match between the chemical formulation's photoinitiators and the spectral profile of the UV engine.
For surface coatings and deep-section industrial adhesives, spectral peaks at 365nm and 395nm are widely adopted. While 365nm is highly effective for shallow surface curing and countering oxygen inhibition, 395nm offers deeper penetration into thick adhesive bonds and pigmented layers, commonly used in automotive assemblies and multi-layered packaging prints.
| Wavelength (nm) | Cooling Architecture | Irradiance Peak ($W/cm^2$) | Target Applications in Pakistan Industry |
|---|---|---|---|
| 365 nm | Air-Cooled (e.g., Model 6020) | 4 - 8 | Micro-electronics encapsulation, surgical instrument bonding in Sialkot, smart card sealing. |
| 395 nm | Water-Cooled (e.g., Model 9020) | 12 - 20 | High-speed printing lines in Lahore, rigid plastic assemblies, automotive sensor potting. |
| 395 nm | Water-Cooled (e.g., Model 20050) | 16 - 24 | Large-area flat panel coatings, metal sheet structural varnishing, large automotive components. |
| 405 nm | Air/Water Hybrid | 8 - 14 | Thick optical potting resins, UV screen printing inks, 3D printing post-curing setups. |
Founded in 2013, Shenzhen Anyco Automation Equipment Co., Ltd. is a national high-tech enterprise integrating research and development, manufacturing, international sales, and dedicated technical support. We function as a one-stop customized supplier of fluid control systems, jetting valve technologies, and high-performance UV LED curing solutions.
Our headquarters is situated in Guanlan, Shenzhen, with a modern manufacturing base operating in Huizhou, spanning over 2,000 square meters. Our primary international markets include Southeast Asia, India, North America (Mexico), and Africa (Morocco). We maintain strategic engineering capabilities to support one-to-one customization, ensuring that the UV curing wavelength, shape factor, cooling path, and control interfaces match the client's automated production systems.
Leveraging proprietary technology and intellectual property, Anyco delivers high-speed, high-precision dispensing and curing machinery that is fully compatible with Industry 4.0 standards. This integration allows monitoring of operating temperatures, current cycles, and UV output levels in real time to prevent line failure.
In Karachi's industrial zones (Korangi and Landhi), UV LED line light sources are integrated into flexographic and offset packaging presses. The instant dry-on-demand features allow immediate cutting and stacking, avoiding set-off ink transfer and minimizing VOC emissions inside the plant.
Electronics factories in Lahore employ high-precision point UV light sources for micro-encapsulation, wire tacking, and component potting. This ensures that sensitive chips are bonded without being subjected to heat cycles that might induce thermal mechanical failures.
Sialkot is world-famous for surgical instruments. Our CE-certified large-area UV LED systems cure protective, biocompatible resins on surgical instrument handles and diagnostic probes, ensuring long-term rust protection and clinical sterilization resistance.
Compact design, adjustable wavelength profiles, and precise temperature monitoring for testing coatings and adhesives.
Features complete automation integration, remote monitoring protocols, and adjustable power profiles via PLC.
No external water pump required. Perfect for packaging lines with tight space constraints and quick cycle times.
Heavy-duty water-cooled design engineered for 24/7 continuous operation in high ambient dust/humidity plants.
Wide exposure field. Meets highest European safety ratings, ideal for high-yield flat panel laminating.
Engineered for large sheets. Deliver consistent 16W/cm2 irradiance over 200x50mm curing fields.
Specifically optimized air distribution paths to allow compact configuration on flexible packaging assembly.
High stability emission system designed for integration into robotic curing cells for automotive sensors.
A key operational hurdle in electronics and automotive manufacturing is the alignment between automated adhesive dispensing and the curing stage. A mismatch in fluid deposition volume or curing wavelength results in issues like material overflow, incomplete polymerization, and adhesive shear failure.
Unlike standard machinery exporters, Anyco provides a unified platform. Our primary expertise lies in precision fluid control systems, spearheaded by our advanced piezoelectric jetting valves. By combining our jetting systems with our customized UV LED curing engines, we deliver a matched system: the fluid chemistry is dispensed in precise volumes and cured immediately under optimized spectral parameters. This direct feedback loop eliminates testing cycles, reduces waste, and stabilizes production quality.
Anyco Automation