In the rapidly advancing landscape of microelectronics, semiconductor packaging, and automotive sensor integration, the demand for precision fluid deposition has transitioned from milliliter scales to nanoliter and sub-nanoliter parameters. Central to this paradigm shift is the development of the piezoelectric valve striker. Unlike traditional pneumatic valves that rely on compressed air to cycle a mechanical piston, a piezoelectric jetting valve exploits the inverse piezoelectric effect. When an electric charge is applied to a piezo crystal stack, it undergoes instantaneous physical displacement. This displacement acts upon a mechanical striker assembly, transforming electrical potential into rapid kinetic force with microsecond response times.
The piezoelectric valve striker represents the mechanical heart of this system. It undergoes severe mechanical stress, cycling at frequencies exceeding 1,000 Hz to 3,000 Hz. The striker must strike a tungsten carbide or ceramic seat with high repeatability, forcing fluid through a miniature orifice to generate discrete droplets. The engineering challenges are formidable: the striker must exhibit extreme wear resistance, maintain dimensional stability under thermal loads, and possess a optimized mass-to-stiffness ratio. This guarantees that the kinetic energy transfer remains consistent over billions of actuation cycles, directly ensuring consistent droplet volume and preventing satellite droplet formation.
Shenzhen Anyco Automation Equipment Co., Ltd., founded in 2013, is a set of automated fluid control equipment and accessories research and development, production, sales, after-sales technical service as one of the national high-tech enterprises, one-stop precision dispensing equipment accessories customized factory. The company's headquarters is located in Guanlan, Shenzhen, and the factory is located in Huizhou, with a total area of more than 2,000 square meters.
As a leading force in Chinese precision automation, Anyco focuses on addressing the core components of micro-dispensing systems. By refining localized and customized engineering capabilities, we provide global clients with robust components, including piezoelectric valve strikers, specialized jetting nozzles, custom fluid chambers, and UV curing systems that match the requirements of international equipment standards. Our design philosophy bridges the gap between affordable manufacturing scalability and high-end technical execution, placing us at the forefront of the fluid control industry.
Our main markets are in Southeast Asia, India, Vietnam, Thailand, North America Mexico, Africa Morocco and so on. With its high quality and competitive price in Southeast Asia to win a huge market and good reputation. Products to high-volume sales of precision industrial dispensing injection valve accessories, industrial dispensing machines and consumables equipment as a supplement, medium and high-end positioning, to provide customers with one-on-one customized product services to meet customer customization needs.
Pioneering with a portfolio of proprietary technologies and core intellectual property, Anyco delivers high-speed, high-precision intelligent manufacturing solutions for the home appliance, consumer electronics, and automotive electronics sectors. Users are satisfied with the advancement, reliability and flexibility of Anyco's equipment.
High-speed non-contact dispensing systems powered by piezoelectric strikers are critical across multiple industrial sectors, particularly where accuracy, space limitations, and thermal restrictions are paramount.
In modern microelectronics packaging, underfill material must be introduced under flip-chips and Ball Grid Arrays (BGAs) to distribute thermal stress. Piezoelectric valve strikers enable high-speed dispensing along narrow chip perimeters, leveraging capillary flow without risking structural damage to fragile silicon dies.
With the shrinkage of PCB real estate, traditional stencil printing for solder paste is frequently restricted. Piezoelectric jetting systems apply micro-dots of solder paste, conductive silver epoxy, or surface-mount adhesives between close-spaced components at rates exceeding 300 dots per second.
Advanced Driver-Assistance Systems (ADAS) depend on cameras, radar units, and ultrasonic sensors that must remain hermetically sealed against moisture and vibration. Jetting valves deliver high-viscosity silicone and polyurethane sealants with absolute consistency along complex 3D profiles.
Located in Huizhou, our modern production facility utilizes high-precision CNC machinery, quality inspection laboratories, and specialized assembly bays to design, test, and ship components matching international benchmarks.
Focus: Precision fluid control systems tailored specifically for the competitive electronics manufacturing and packaging industries.
Technological Leadership: Established as a prominent global supplier and OEM partner for high-frequency piezoelectric jetting valves.
Product Excellence: Specialized fluid solutions optimized for solder paste, silver conductive paste, underfills, UV epoxies, and anaerobics.
The future of piezoelectric valve systems centers around high frequencies, intelligent sensing, and closed-loop control systems. As component sizes in electronic devices drop below 01005 standards, the target dot diameters for jetting valves must approach the 50-micron scale. To achieve this, the next generation of piezoelectric valve strikers will feature composite materials containing ceramic-reinforced matrices. These components offer reduced weight while maintaining high hardness, significantly dampening parasitic vibration and allowing clean fluid cutoff.
Furthermore, integration with Industry 4.0 paradigms demands real-time diagnostic systems. Future valve assemblies will integrate micro-temperature sensors and pressure transducers directly into the fluid chamber. These sensors feed data back to the central controller, allowing the driver to adjust the electrical waveform of the piezoelectric stack dynamically to compensate for temperature-induced viscosity fluctuations. This development ensures absolute fluid stability over extended production shifts.
Anyco Automation
