Explore our high-performance hardware and specialized processing equipment engineered for micro-electronics manufacturing.
In modern industrial assembly, the demand for precision micro-dispensing systems has escalated exponentially. The Dispensing Machine Q-6800 series has established itself as an industry benchmark for automated micro-dispensing platforms. Tailored for consumer electronics, automotive electronics, clean energy, and medical devices, this platform delivers unparalleled control over fluid dynamics.
The global manufacturing ecosystem is shifting from macro-dispensing to ultra-high-precision application scales. With the miniaturization of semiconductors and circuit boards, structural adhesive bonding, underfill, and encapsulation require accuracy down to the microliter and nanoliter level. The Q-6800 series bridges this gap by integrating state-of-the-art closed-loop pressure systems, dynamic optical positioning, and robust mechanical structures to ensure structural integrity across high-speed cycles.
A trusted global leader in fluid dispensing design, manufacturing, and customized integration since 2013.
Founded in 2013, Shenzhen Anyco Automation Equipment Co., Ltd. is a national high-tech enterprise integrating R&D, advanced manufacturing, international export, and direct technical service. As a comprehensive one-stop provider of precision dispensing equipment, accessories, and industrial consumables, Anyco operates from its strategic corporate headquarters in Guanlan, Shenzhen, with a modern production base in Huizhou spanning over 2,000 square meters.
With years of dedication to technical innovation, we have developed proprietary интеллектуальный (intellectual) software patents and mechanical designs that power high-speed, high-precision dispensing solutions. Our systems are utilized across sectors like domestic home appliances, advanced mobile communications, consumer gadgets, and automotive components, ensuring unmatched process repeatability and productivity.
Over a decade of engineering domain expertise in advanced automated fluid controls.
High-capacity research and production facilities based in Huizhou & Shenzhen.
Serving markets across Southeast Asia, North America, North Africa, and Europe.
Analyze the performance benchmarks of the Dispensing Machine Q-6800 platform compared with traditional pneumatic and standard servo mechanisms.
| Performance Parameter | Standard Pneumatic Systems | Standard Servo Systems | Q-6800 Advanced Jetting Platform |
|---|---|---|---|
| Dispensing Frequency | Up to 10 - 20 Hz | Up to 100 Hz | Up to 500 - 1000 Hz (Continuous) |
| Minimum Dot Volume | > 5.0 nanoliters | > 1.0 nanoliter | Down to 0.15 nanoliters |
| Accuracy (X-Y-Z Repeatability) | ± 0.05 mm | ± 0.02 mm | ± 0.005 mm (Encoder Feedback) |
| Viscosity Capability Range | Low to Medium (1 - 50k cps) | Medium to High (10k - 200k cps) | Ultra-Wide Range (1 - 1,000,000 cps) |
| Vision/Positioning System | Optional, standard CCD | Coaxial CCD vision | AI Optical Image Sensing with Auto-Calibration |
| Thermal Interface Control | None / Single-stage heating | Basic nozzle heating | Dual-stage dynamic closed-loop thermal control |
Leverages high-speed piezoelectric actuators to drop micro-doses of glue with exceptional precision, eliminating nozzle wear and enhancing product lifespans.
Real-time laser height detection measures PCB warpage dynamically and corrects Z-height settings automatically to prevent collision and guarantee dot uniformity.
Easily swap between screw valves, micro-jetting valves, and double-acting needle assemblies to accommodate changing manufacturing parameters.
How Anyco's industrial dispensing systems address unique local manufacturing challenges across key global markets.
In high-density assembly centers like Hanoi and Ho Chi Minh City, the Q-6800 applies conformal coating and precision underfills for chip encapsulation, maintaining high reliability under hot and humid local factory conditions.
Our platforms support tier-1 automotive suppliers in Monterrey and Queretaro, dispensing thermal paste and potting gels onto Engine Control Units (ECUs) and EV battery management sensors with zero tolerance for air pocket inclusions.
Providing high-volume potting and sealant systems for power adaptors, LED modules, and harness assemblies, addressing voltage fluctuations with robust electronics and custom isolation systems.
As the industrial sector transitions toward Industry 4.0, smart dispensing systems are adopting interconnected digital capabilities. Real-time data logging, machine-to-machine (M2M) communication, and auto-correcting feedback loops are becoming standard requirements for high-end production lines.
Additionally, the transition toward eco-friendly and complex materials (e.g., bio-based polymers, solvent-free UV curable adhesives, highly filled thermal interfaces) demands advanced chemical resistance within the wet-end path. The Q-6800 utilizes high-performance PEEK, titanium alloys, and sapphire nozzles to guarantee compatibility with corrosive materials and prevent line downtime.
Optimized dispensing cycles reduce adhesive waste by up to 35%, helping companies achieve carbon-neutral production goals and reduce material costs.
A pictorial look into our state-of-the-art machining centers, assembly floors, and precision testing labs.
No two fluids behave exactly the same way. Temperature, humidity, batch variation, and chemical makeup all impact volumetric output. Anyco offers one-on-one customized product engineering services. From custom-sized industrial dispensing metal, plastic, PP, or TT double-threaded needles to dedicated multi-axis inline platforms, we customize the system to match your requirements.
By conducting thorough rheological testing of your selected adhesives, sealants, or solder pastes in our laboratories, our engineering teams design custom fluid delivery systems that prevent fluid shear, tailing, or dry-outs. Our customized setups ensure you avoid expensive setup trial-and-error phases when deploying new equipment onto the production line.
A preview of upcoming innovations in smart dispensing automation.
Future iterations of the Q-6800 will feature edge computing chips capable of executing AI algorithms to analyze and correct dispensing paths in real time, compensating for board misalignment without cycles delay.
IoT Enabled
Integration with manufacturing execution systems (MES) via MQTT and OPC UA protocols allows global operational managers to track valve usage, nozzle status, and wear levels remotely.
Simultaneous control of multi-axis setups will support the application of dual-component epoxies and UV-curing coatings in a single pass, accelerating assembly operations.
Get answers to common technical, material, and logistical questions regarding the Q-6800 platform.
The platform supports a broad fluid viscosity range from 1 to 1,000,000 cps. Low-viscosity liquids (like solvents or water-like fluxes) are managed via micro-needle and spray setups, whereas high-viscosity materials (like thermal paste and conductive silver adhesive) utilize specialized screw pumps and positive displacement valves.
Uniformity is managed through three main systems: high-resolution linear motor encoders for axis position repeatability (within ±0.005mm), precise air pressure control loops, and heated nozzle modules that keep fluid viscosity consistent during changing factory shifts.
Yes. The Q-6800 is fully compatible with standard SMEMA interface protocols. It features standard input/output signal lines, allowing it to integrate directly into surface mount technology (SMT) lines alongside pick-and-place systems and reflow ovens.
We supply custom syringe barrel assemblies ranging from 30cc to 500cc (American and Japanese standards, external/double screw thread configurations). Materials can be customized with amber coatings for UV block, light-block black for light-sensitive fluids, or clear variants for visual level checks.
Standard platforms ship within 15-20 working days. Custom engineering configurations (special mechanical fixtures, multi-head configurations, custom-programmed vision algorithms) typically require 30-40 working days from design sign-off to export shipment.
Explore our highly-specialized valves, UV ovens, and fluid delivery hardware built for integration.
Anyco Automation
