Explore our flagship catalog of high-performance dispensing valves, UV curing systems, and conformal coating machinery built for extreme industrial accuracy.
Founded in 2013, Shenzhen Anyco Automation Equipment Co., Ltd. stands as a premier national high-tech enterprise. We seamlessly integrate the research, development, precision engineering, manufacturing, global sales, and after-sales support of high-end automated fluid control machinery and specialized micro-dispensing component technologies.
Headquartered in the advanced technology zone of Guanlan, Shenzhen, with a modern manufacturing base located in Huizhou, Anyco spans an aggregate production footprint exceeding 2,000 square meters. Operating under highly disciplined ISO 9001:2015 quality management procedures, we design and produce high-performance industrial adapters, jetting valves, and auxiliary consumables that power crucial production lines across the globe.
Our core capability lies in delivering specialized one-on-one customization. This ensures that every fluid adapter and dispensing system accommodates exact mechanical, pneumatic, and fluidic specifications required by advanced manufacturing architectures worldwide.
In high-pressure manufacturing operations, dispensing valve adapters must endure constant mechanical stress. Here is why CE Certification is not optional.
Dispensing systems frequently utilize high fluidic and pneumatic pressures—exceeding 7 bar in typical applications, and rising significantly in jetting valves. Under the European Union’s Machinery Directive 2006/42/EC and Pressure Equipment Directive (PED) 2014/68/EU, any adapter fitting must guarantee burst-proof integrity.
Anyco's CE-certified adapters undergo stringent testing protocols. These include finite element analysis (FEA) to confirm structure stability under cycle fatigue, leak detection, and high-limit pressure containment. By selecting certified components, global companies prevent critical line ruptures, protecting operators and minimizing equipment downtime.
For automated setups linking valves directly to solenoid actuators (such as our 3250 high-speed solenoids), CE compliance guarantees that all internal wiring, coil insulation, and signal lines prevent electromagnetic interference (EMI) with neighboring assembly robots, while conforming to the Low Voltage Directive (LVD) 2014/35/EU.
How Anyco drives progress in micro-dispensing tolerances, material composition, and automated assembly interfaces.
Adapting to non-contact dispensing paradigms. Our system interfaces support frequencies up to 1000Hz, ensuring absolute fluid volumetric consistency down to sub-nanoliter tolerances.
Engineered with SUS 316L, PEEK, and specialized tungsten carbide variants to withstand highly aggressive materials, including abrasive silver pastes and reactive UV adhesives.
Dual-standard capability. We manufacture high-accuracy adapters meeting both American standard threads (Luer Lock & NPT) and Japanese double screw metric threads, offering direct compatibility.
Providing custom-tailored answers to high-throughput, mission-critical production segments around the globe.
| Industry Verticals | Primary Fluid Type | Dispensing Challenges Addressed | Anyco Core Component Solution |
|---|---|---|---|
| 3C Consumer Electronics | Solder paste, UV adhesives, cyanoacrylates | Micro-space constraints, high cycle rate, zero-tailing requirements in mobile camera/speaker packaging. | CE High-speed 3250 Solenoids, American/Japanese Custom Syringe Adapters. |
| Automotive Electronics | Thermal conductive gel, polyurethanes, silicones | Extremely high viscosities, variable pressures, large-volume thermal management underfill. | Wholesale Desktop Screw-Type High-Precision Dispensing Valves & Custom Rugged Adapters. |
| Semiconductor & Optoelectronics | Epoxy resins, underfills, structural bonding agents | Strict ESD protection rules, ultra-precise placement of microdots, absolute component reliability. | Water-Cooled and Air-Cooled UV Light Sources, Visual Robot Dispensing Platforms. |
| Medical Devices | Biocompatible cyanoacrylates, UV-cured adhesives | Sterile compatibility, bubble-free fluid paths, zero chemical leaching from connector interfaces. | Medical-Grade PEEK Adapters, High-Precision Point UV Curing Systems. |
Combining the engineering ingenuity of Shenzhen with the large-scale production capacities of our Huizhou plant to achieve unrivaled lead times and quality consistency.
By splitting our operations between our Guanlan R&D center in Shenzhen and our 2,000+ square meter Huizhou production facility, we maintain absolute oversight over the entire product lifecycle. This vertically integrated manufacturing model allows us to produce high-volume quantities while ensuring that customized valve adapters and pneumatic components can be modified and shipped under short lead times.
Our facility relies on modern CNC precision machining centers, automated surface treatment tools, and cleanroom assembly environments. Every adapter undergoes testing for dimension accuracy (within ±0.005mm) and pressure containment. This level of quality management allows our parts to serve as drops-in replacements on robotic systems worldwide, minimizing alignment adjustments during initial setup.
Located in the heart of the Greater Bay Area, our direct access to major international ports (Hong Kong, Shenzhen, Guangzhou) ensures swift, reliable logistics. Whether shipping large batches of consumables to Mexico, Thailand, Vietnam, India, or Morocco, our experienced export division handles all customs protocols, guaranteeing a frictionless delivery process.
A closer look at our cleanrooms, machining equipment, testing environments, and inventory storage inside the Huizhou facility.
Anyco supports international buyers with structured engineering files, clear certificate paperwork, and localized customer service tailored to the dynamic manufacturing regions of Southeast Asia (Vietnam, Thailand, Malaysia), India, North America (Mexico), and North Africa (Morocco).
Our localized support covers:
We understand that automated production runs continuously. A single failed adapter, damaged valve seal, or incompatible fluid fitting can delay production schedules, leading to significant idle-time costs.
That is why Anyco treats the humblest adapter with the same level of engineering precision as our robotic platforms. By utilizing high-grade raw materials, advanced computer-controlled machining, and thorough inspection protocols, we supply components that deliver consistent performance under demanding duty cycles.
Addressing the technical, regulatory, and mechanical questions that global engineering and procurement managers ask when sourcing industrial fluid components.
Even though adapters do not contain electronic boards, they function within high-pressure circuits (often above 0.5 bar, and exceeding 7 bar under pneumatic input). Under the EU Pressure Equipment Directive (2014/68/EU), these connections must withstand transient pressure spikes without bursting or leaking. CE marking guarantees compliance with these essential health and safety standards.
Yes. We offer adapter bodies with American-style NPT and Luer-Lock thread pitches alongside Japanese-style double metric threads. Our engineering team can cross-reference your current machinery configuration to ensure thread engagements are matched without stripping risk.
Our standard metal adapters are machined from medical-grade Stainless Steel (SUS 316L/304). For aggressive adhesives, structural epoxies, or instant glues, we produce adapters using engineering thermoplastics like PEEK or PTFE, which provide high durability and prevent chemical bonding or corrosion inside the fluid path.
Clients provide their initial technical parameters or 2D/3D design files. Our engineers review the geometry, check the pressure rating, and run FEA stress modeling. Once the design is validated, we produce samples on CNC machines, verify their performance in-house, and transition to batch production upon customer sign-off.
Browse additional technical solutions from our automated assembly lineup, engineered to maintain process stability.