ODM Automatic Solenoid Valve Factory & Products

High-Precision Intelligent Fluid Control Systems, Custom Dispensing Valve Accessories, and Industry 4.0 Conformal Coating Solutions

About Shenzhen Anyco Automation

Leading Innovation in Precision Fluid Control Since 2013

Shenzhen Anyco Automation Equipment Co., Ltd., founded in 2013, is a national high-tech enterprise integrating automated fluid control equipment, piezoelectric jetting valves, and precision solenoid accessories. We operate as a comprehensive one-stop provider, offering research, development, assembly-line manufacturing, sales, and post-sale technical deployment. Our global operations span across strategic manufacturing locations: the corporate headquarters is nestled in the tech hub of Guanlan, Shenzhen, with a modern manufacturing factory located in Huizhou, boasting a combined workspace layout covering more than 2,000 square meters.

Through rigorous intellectual property acquisition and persistent R&D investments, Anyco has created a dynamic roadmap of proprietary designs in automatic solenoid valves and micro-dispensing systems. Our clients count on our equipment for extreme reliability, exceptional micro-millisecond valve response times, and customizable structural configurations tailored to complex electronics assembly lines.

Shenzhen Anyco Automation Office and R&D Lab

Global Manufacturing Capabilities & Benchmarks

We operate with structural benchmarks designed to bridge the gaps in high-frequency solenoid performance, chemical compatibility, and thermal dissipation.

2,000+ Sqm Production Footprint
10M+ Solenoid Life Cycles (Cycles)
<1.2ms Ultra-fast Valve Response
35+ Proprietary Tech Patents

Customized Demands

Exporting to key manufacturing sectors in Southeast Asia (Vietnam, Thailand), India, North America (Mexico), and Africa (Morocco). Our core target is custom engineering of industrial jet valve components and medium-to-high-end automated dispensing machines.

Precision & Focus

Dedicated to fine fluid control engineering, focusing heavily on modern consumer electronics, automotive sensor potting, pharmaceutical dosing, and chemical reagent filling processes.

Technological Dominance

A top-tier domestic supply partner of piezoelectric valves and high-frequency fluid solenoid assemblies designed for solder pastes, conductive epoxies, and volatile solvents.

Industrial Evolution of Automatic Solenoid Valves

The global landscape of industrial automation demands high repeatability, continuous cycle counts, and minimal downtime. Historically, Automatic Solenoid Valves served basic binary (on/off) fluid routing functions. However, with the rise of modern industrial IoT platforms and miniaturized hardware, solenoid valves have transitioned into high-frequency, highly responsive micro-dosing systems. Today's systems demand integration into Closed-Loop feedback systems, requiring sensors to continually verify flow rates, pressure fluctuations, and internal coil operating temperatures.

Global Enterprise Procurement Requirements

Modern factory supply chain heads face multi-faceted challenges when vetting solenoid valve suppliers. Key criteria include:

  • Chemical Resistance and Material Compatibility: Solenoid bodies and diaphragms must withstand highly corrosive chemicals, high-viscosity epoxies, and abrasives without physical degradation.
  • High-Frequency Durability: In 3C electronics lines, a valve may actuate tens of thousands of times per shift. Coils must resist high-temperature burnout, and internal armatures must endure millions of mechanical hits.
  • Microsecond-Level Performance: For high-speed jetting, response delay tolerances must be kept below 2ms to prevent dripping, tailing, or uneven volume deposition.
  • Regulatory Compliance and Certifications: Sourcing managers in Europe and North America prioritize compliance certifications, demanding CE markings, RoHS verification, and UL safety compatibility.
Anyco Automated Assembly Line Customization Process

One-on-One Engineering Customization Workflow

At Anyco, we do not believe in one-size-fits-all hardware. Our engineers design fluid components relative to the target liquid's rheological profile. During our ODM customization process, we analyze viscosity (mPa·s), solid filler percentages, chemical base (silicone, polyurethane, epoxy), and thermal curing properties. This guarantees that your automatic solenoid valve, micro needle valve, or jetting valve exhibits zero leakage, optimum throughput, and matches the programmatic footprint of your gantry robots.

Macro-Industry Fluid Control Solutions

Anyco designs holistic fluid solutions combining the raw mechanical precision of solenoid actuation with auxiliary process controllers, including inline UV curing and automatic position alignment.

Automotive Electronics

With the growth of electric vehicles (EVs), the demand for potting and conformal coating of ECUs, power converters, and onboard sensors has escalated. Our custom desktop conformal coating systems deploy fast-reacting solenoid valves to ensure complete, bubble-free insulation layers protecting critical components from extreme road vibration and thermal cycling.

Lithium-Ion Battery Packaging

Precision dispensing of battery slurries, terminal sealing epoxies, and electrolyte injection requires reliable micro-dispensing. Our Programmable 3200 Solenoid Series provides the precise volumetric control required to run millions of charge-discharge cycles without risk of internal micro-shortages caused by structural fluid voids.

3C Consumer Electronics

Smartphones and wearable medical devices demand tiny micro-dot sizes under 0.25mm. Our diaphragm micro impingement valves (such as the AC-741GM) operate with piezoelectric speed to deploy underfills, silver adhesives, and screen border adhesives at high frequencies, avoiding mechanical contact with delicate microchips.

Equipment / Valve Category Core Application Fluid Type Actuation Control Method Maximum Output Frequency
Programmable 3200 Solenoids Electrolytes, Conductive Glues High-Frequency Solenoid Pulse Up to 250 Hz
AC-741GM Micro Impingement Valve Underfills, UV Epoxies, Cyanoacrylates Pneumatic/Diaphragm Micro-needle Up to 300 Hz
Servo Screw Dispensing Machine High-Viscosity Solder Pastes, Thermal Gels Servo Motor Rotary Dispense Continuous Volumetric Flow
Conformal Coating Machine Series Acrylics, Polyurethanes, Silicones Atomizing spray valve / Jet valve Dynamic Continuous Spray

Our Modern Huizhou Factory Facility

Equipped with multi-axis CNC machines, cleanroom testing chambers, and professional QA teams, our assembly and machining facility ensures every fluid component conforms to strict performance tolerances.

Technical Roadmap & Future Outlook

Anyco is actively steering its research towards the development of smart, self-monitoring fluid systems. The future of fluid dispensing lies in the intersection of real-time control, IoT analytics, and eco-friendly curing methods.

01. Industry 4.0 Integration

Future iterations of our solenoid controllers will output real-time duty cycle analytics, air pressure feedback, and operating temperature profiles to smart factory MES systems, allowing preventive maintenance before component wear triggers line stops.

02. Next-Gen Curing Solutions

By upgrading our water-cooled and air-cooled UV light sources (365nm and 395nm wavelengths) to high-output LED matrices, we minimize heat damage to sensitive circuits while reducing power draw up to 40% compared to mercury lamps.

03. High-Precision Vision Engines

Integrating edge-AI computing onto our vision-guided dispensing platforms (like the SXR-300EDV) ensures the pathing system updates its position on-the-fly, compensating for board warping, shrinkage, or rotation variations in microsecond timescales.

Localization Support & Global Compliance

For international procurements, regional regulatory compliance is vital. Anyco provides localized shipping compliance, raw material safety declarations, and custom integration documentation. We comply with RoHS directives prohibiting hazardous substances in electrical equipment and ensure all curing equipment meets CE standards. Our export distribution channels have optimized supply paths to heavy industrial corridors in Central and North America (Mexico), Eastern Europe, Southeast Asia, and industrial hubs across India.

Frequently Asked Questions (FAQ)

Here are answers to technical questions commonly asked by international integration engineers and industrial B2B procurement heads.

Q1: How does Anyco ensure compatibility of its automatic solenoid valves with abrasive or chemical-rich fluids?
Every OEM/ODM valve project undergoes material selection matched to the target fluid's chemical nature. We use PEEK, sapphire nozzles, high-grade stainless steel (SUS316/304), and custom fluoroelastomers (FKM, FFKM) or Teflon (PTFE) diaphragms. This prevents premature wear, chemical swelling, and seal degradation.
Q2: What makes the AC-741GM Micro Impingement Valve unique for high-speed electronics lines?
The AC-741GM uses a high-performance diaphragm needle structure that allows high-frequency dotting without physical substrate touch. This contact-free dispensing approach avoids structural board damage, improves cycle speed, and works with tiny gap clearances in smartphones, displays, and sensors.
Q3: Can Anyco's dispensing machinery integrate directly with external MES or smart factory software?
Yes. Our Industry 4.0-ready curing solutions and automatic dispensing machines feature standard communication links (like RS-485, Modbus, or Ethernet/IP) to pass operating telemetry, error codes, and cycle counts directly to plant management control rooms.
Q4: How does water-cooled UV curing compare to air-cooled light sources?
Water-cooled UV curing (e.g., our 9060 395nm system) delivers high radiant output and runs continuously in hot environments because the coolant keeps temperatures low. Air-cooled models (e.g., 6020 system) offer a simpler design with no coolant lines, making them ideal for compact setups with moderate heat requirements.
Q5: What is the custom ODM engineering cycle time at the Anyco Factory?
A typical modification project takes 15-20 business days from fluid rheology analysis and CAD design review to first prototype production. Fully custom automated systems can take 4-6 weeks, including field software integration and mechanical verification steps.