Direct access to our engineered high-volume precision dispensing needles, light sources, and robotic dispensing systems.
A National High-Tech Enterprise Redefining Precision Fluid Control Systems Since 2013.
Founded in 2013, Shenzhen Anyco Automation Equipment Co., Ltd. is a premier high-tech enterprise integrating fluid control equipment, high-performance piezoelectric jetting valves, UV curing light sources, and high-volume precision industrial dispensing accessories. We serve as a direct-to-enterprise manufacturing plant specialized in high-performance dispensing nozzles, custom valves, and automated dispensing machines.
Our headquarters is in Guanlan, Shenzhen, with a modern manufacturing plant in Huizhou spanning more than 2,000 square meters. Equipped with advanced multi-axis CNC machines and micro-hole machining apparatus, we maintain structural consistency and tight dimensional tolerance for critical microfluidic components.
In high-precision electronics manufacturing and industrial fluid dispensing, the dispensing needle is not a mere consumable. It is the final pathway of fluid shear stress, flow velocity stabilization, and volumetric accuracy. Choosing the correct needle configuration directly influences deposition size, repeat tolerance, and fluid release clean-off. Modern electronics require deposition levels down to the nanoliter scale, which demands highly precise engineering and specialized needle geometry.
Machined from 304 or 316 stainless steel, these needles offer high chemical resistance and mechanical rigidity. They are engineered to endure high operating pressures without bending. Inner diameters are polished to minimize resistance, making them ideal for high-viscosity materials like solder paste, conductive epoxies, and thermal interface materials (TIMs).
Viscosity Tolerance: Up to 500,000 cPs.
Designed for delicate substrate surfaces, flexible PP needles prevent scratches and damage. The elastic properties of polypropylene allow the needle tip to conform slightly to uneven surfaces, making it suited for deep-cavity dispensing, underfill processes, and conformally coating irregular circuit components.
Substrate Protection: Zero-risk mechanical surface contact.
Tapered TT designs feature a smooth internal taper that reduces flow restriction compared to straight shafts. This design improves flow rate control, minimizes fluid clogging, and prevents back-pressure buildup. This configuration supports high-speed dispensing and reduces fluid stringing or tailing.
Flow Velocity: Reduces flow resistance by up to 40%.
Customized solutions designed to meet specific industrial requirements and fluid properties.
Anyco supports high-volume manufacturing with customizable engineering services. We modify needle configurations to suit specific fluid requirements, such as double-threaded (TT) or single-barrel configurations, and apply internal coatings to manage adhesive buildup and prevent clogging.
Our research and development team creates specialized solutions for dispensing challenges, including multi-needle manifolds, angled dispensing tips, and micro-bore needles down to 34G (50-micron internal diameter). These systems integrate with high-speed automated equipment to support high-volume manufacturing and complex assembly steps.
A glimpse into our production workshop, CNC processing center, quality inspection zones, and clean room facilities.
Why top electronic and automotive manufacturers partner with Anyco for precision fluid control.
We concentrate on manufacturing and refining precision fluid control systems for electronics assembly and industrial applications, ensuring our equipment meets demanding technical standards.
We are a global supplier of high-speed piezoelectric jetting valves, offering microfluidic accessories with high repeatability and operating rates up to 1000Hz.
Our solutions target the 3C electronics market—particularly smartphones, micro-LEDs, and semiconductor packaging—with specialized equipment for dispensing solder pastes, silver pastes, and structural adhesives.
Our focus is on delivering comprehensive customer service, offering responsive technical support, and assisting clients with process optimization and manufacturing efficiency.
In response to changes in global manufacturing hubs, industrial sourcing requirements have evolved. Precision electronics and automotive assemblies rely on supply chains that span Southeast Asia, the Americas, and North Africa. Shenzhen Anyco supports this global footprint by coordinating logistics and compliance across multiple manufacturing regions.
Our primary export markets include key manufacturing hubs: Southeast Asia (Vietnam, Thailand), South Asia (India), North America (Mexico), and Africa (Morocco). Our distribution network is designed to maintain consistent material quality and timely delivery for high-volume automated operations.
To support multi-national operations, Anyco provides local engineering assistance, technical documentation, and cross-border logistics support. Our dispensing equipment and UV curing units carry full CE Certification to meet safety, health, and environmental standards required in European and North American factories.
As manufacturing specifications shift toward miniaturization, the demand for precision dispensing systems continues to grow. Anyco’s research and development focuses on the integration of smart sensors, machine vision positioning, and real-time viscosity feedback into automated systems. This closed-loop design helps stabilize dispensing performance despite fluctuations in fluid viscosity or ambient temperature.
We are expanding the operational capabilities of our piezoelectric jetting valves to support high-viscosity non-conductive adhesives and solder pastes. Simultaneously, we are refining our micro-machining processes to reduce the internal roughness of our metal needles. Smoother internal walls lower shear stress, prevent clogging, and extend the maintenance intervals of automated assembly lines.
Browse our range of high-precision desktop dispensing platforms, curing ovens, and jet valve modules.
Anyco Automation
