Precision-engineered hardware and systems configured for micro-dosing, UV curing, and automatic conformal coating assembly lines.
Founded in 2013, Shenzhen Anyco Automation Equipment Co., Ltd. has established itself as a premier national high-tech enterprise, pioneering high-speed, high-precision automated fluid control systems and component engineering. Headquartered in the technological hub of Guanlan, Shenzhen, with a modern manufacturing base operating in Huizhou across more than 2,000 square meters, we deliver customized, end-to-end fluid dispensing accessories and machinery.
Our core mission revolves around providing high-volume, high-reliability solenoid cartridge valves, piezoelectric jetting valves, micro-needle valves, and industrial dispensing systems. We serve critical electronics manufacturing sectors, including consumer electronics (3C), automotive assembly lines, medical technology, and smart home appliances.
Unlocking superior process efficiency and micro-fluidic control in modern automated production ecosystems.
Modern cartridge solenoids achieve latency profiles below 2 milliseconds. This enables high-frequency jetting and precise volumetric deposition on rapidly moving PCB substrates.
Featuring aerospace-grade elastomers and micro-lapped metal-to-metal seats, our cartridge designs eliminate weeping, protecting sensitive surface mount devices from contamination.
Screw-in cartridge designs reduce fluid manifold space requirements. This allows space-constrained gantry systems to carry multi-nozzle printheads for higher throughput.
In high-volume automation, legacy pneumatic directional valves often struggle with high cycle frequencies and chemical degradation from active solvent exposure. Compact solenoid cartridge valves overcome these limitations by mounting directly inside custom fluid manifolds. This design minimizes internal dead volume, reduces fluid shear stresses, and enhances thermal stability for viscosity-sensitive adhesives.
By consolidating fluid pathways inside a custom manifold block, manufacturers eliminate potential leakage points, such as external fittings and tubing runs. Additionally, the screw-in cartridge format simplifies field maintenance. Technicians can replace a worn cartridge in minutes without dismantling the entire dispensing system, significantly reducing mean time to repair (MTTR) on high-speed assembly lines.
At Anyco, we design and manufacture our products to meet the unique requirements of localized manufacturing ecosystems. We work closely with engineers across Southeast Asia, India, Vietnam, Thailand, North America (Mexico), and North Africa (Morocco) to optimize fluid delivery systems for regional manufacturing environments.
Whether optimizing a high-speed piezoelectric jetting valve for smartphone assembly in Vietnam or supplying robust solenoid cartridge controls for automotive plants in Mexico, our focus remains on high-volume accuracy and reliability. By using proprietary technologies and core intellectual property, we help factories maintain steady throughput under demanding operating conditions.
Our fluid dispensing systems handle a wide variety of advanced materials, including underfills, conductive silver pastes, structural silicones, and UV-curable optical adhesives.
Technical specifications for high-performance fluid control applications.
| Performance Parameter | Solenoid Cartridge Valves | Piezoelectric Jet Valves | Micro Needle / Screw Valves |
|---|---|---|---|
| Viscosity Compatibility | 1 to 50,000 mPa·s (Low to Mid) | 1 to 2,000,000 mPa·s (Very High) | Up to 5,000,000 mPa·s (Extreme paste) |
| Minimum Shot Volume | 0.05 microliters (μL) | 0.5 nanoliters (nL) | 0.1 microliters (μL) |
| Operating Frequency | Up to 200 Hz | Up to 1,500 Hz (Continuous) | Up to 50 Hz (Continuous) |
| Primary Material Alloys | 316L Stainless Steel / FKM seals | Silicon Nitride / Tungsten Carbide | Hardened tool steels / PEEK parts |
| Common Applications | Pneumatic actuation & solvent control | Smartphone underfill & OLED display | Solder paste dispensing & potting |
The performance of a solenoid cartridge valve relies on the design of its magnetic circuit and the selection of its internal materials. Our valves feature high-purity soft magnetic stainless steels for the armature and core. This material selection minimizes magnetic hysteresis, enabling fast pull-in and drop-out times during high-frequency operation.
To prevent winding failure in demanding industrial environments, the solenoid coils are wound with Class H insulated copper wire, rated up to 180°C, and fully encapsulated in glass-reinforced epoxy. This robust construction protects the coils from chemicals, moisture, and mechanical vibration, ensuring stable performance over millions of cycles.
Explore our Huizhou manufacturing hub where high-precision components are machined, assembled, and calibrated.
How we align with global technical standards to ensure safe, reliable, and compliant operations.
In modern automated manufacturing, component reliability is essential for maintaining throughput. Anyco components and systems are designed and tested to comply with international regulatory frameworks, including European CE certification, RoHS standards for hazardous materials, and ISO 9001:2015 quality management principles.
Every batch of solenoid cartridge valves, piezoelectric jet valves, and UV curing systems undergo strict testing before leaving our facility. This testing includes helium mass spectrometer leak detection down to 10-9 mbar·l/s, high-pressure burst testing up to 150% of nominal rating, and electrical insulation verification. This rigorous quality control ensures stable operation when integrated into automated production lines.
Anyco fluid dispensing systems are transitioning from purely reactive actuators to intelligent, connected devices. Our technology roadmap focuses on integrating advanced sensing technologies directly into the valve bodies and manifolds.
By embedding micro-electromechanical pressure sensors (MEMS) and temperature probes within the cartridge bodies, we provide real-time telemetry back to the control system. This enables dynamic adjustments for fluid viscosity shifts caused by temperature variations, maintaining consistent deposition weight.
These integrated diagnostics also support predictive maintenance strategies. By monitoring valve response time shifts and coil current draw anomalies, the control system can alert operators to plan maintenance before a failure occurs, reducing unscheduled downtime on the production line.
Frequently asked questions regarding solenoid cartridge valves, dispensing systems, and maintenance.
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