High Speed Precision PUR Piezo Dispensing Valve Resistant Material with Luer

1. The PUR Piezo valve consists of barrel heating module, pressurized cap module, nozzle heating module, runner module, valve body module and heat dissipation module.
2. The barrel heating module carries the barrel and a section of heating, temperature controllable, to complete the initial heating of the gel.
3. The pressurized cap module seals and pressurizes the barrel and controls the output pressure through the controller.
4. The heat dissipation module dissipates the heat and reduces the noise of the valve body.
5. Piezo-electric injection valve adopts modular design, the part in contact with the gel is designed as runner module, and the part not in contact with the gel is designed as valve body module.
6. In different applications, the runner module can be replaced to meet the dispensing needs.
7. Nozzle diameter (from 0.03MM to 0.80MM). Nozzles are available in flat jet, needle, and extension types.
8. Runner modules need to be cleaned regularly in an ultrasonic cleaner. Seals should not be immersed in organic solvents. Special tools are required to clean the nozzles to prevent damage to the nozzles.

How it works:
PUR piezo valves utilize the piezoelectric effect, where an applied electric field causes a material (usually ceramic) to deform.

This deformation is used to open and close the valve, enabling precise control of the flow of fluids or gases.

PUR piezo valves are designed to allow flow in only one direction, making them suitable for applications that require tight flow control.

The unidirectional feature prevents backflow and ensures accurate metering of fluids or gases.

Piezo-actuated valves enable extremely fast response times, measured in milliseconds or even microseconds.

This high-speed operation enables precise timing and control of fluid or gas pulses, enabling applications that require rapid on/off cycles.

PUR piezo valves offer excellent repeatability and accuracy in flow control, providing consistent, repeatable flow rates.

The precise control of piezo actuation enables metering and dosing applications that require high precision.

PUR piezo valves are typically compact and lightweight compared to traditional solenoid valves.

This makes them suitable for space-constrained applications such as portable devices or miniaturized systems.

Piezoelectrically actuated valves are known for their reliability and long service life as they have no mechanical wearing parts.

The absence of sliding seals and non-contact actuation contribute to the durability and long service life of the valve.

1. The touch screen controls the piezoelectric injection valve and dispensing system, supports 485 communication, powerful, safe and reliable.
2. The touch screen adopts graphic control mode, the components of dispensing system and the control display function are displayed graphically, which is concise and intuitive.
3. Nozzle heating device:The nozzle is required to be heated to a suitable temperature before dispensing. The heating device adopts one-stage heating mode.
4. Heating at the nozzle maintains the constant temperature of the gel to meet the best performance of the gel. The best performance of the colloid.

1. The nozzles need to be heated to a suitable temperature before glue dispensing. The heating device adopts a two-stage heating method.
2. Heating at the barrel and nozzle maintains the constant temperature of the glue to meet the optimum performance of the glue.

1. Tube heating is suitable for 300CC aluminum tube special hot melt glue.
2. Modular design, easy to replace parts, debugging is simple, the process of a wider range of applications
3. Spraying volume can be accurate to 0.3nL, spraying glue point consistency accuracy is as high as 98%.
4. Minimum 0.17mm line width, minimum 0.15mm spot diameter hot melt adhesive spraying process can be realized.
5. Can match any motion platform on the market.

• Electronics Assembly & SMT Production Ideal for solder paste jetting, underfill dispensing, and adhesive deposition on printed circuit boards and surface mount components. The high-speed capability handles fine-pitch devices and dense board layouts with ease.
• Semiconductor Packaging Delivers precise micro-deposits of die attach materials, encapsulants, and protective coatings for chip-level packaging. Non-contact technology prevents damage to sensitive dies and wire bonds.
• Medical Device Manufacturing Supports precision dispensing of medical-grade adhesives, sealants, and coatings where accuracy, cleanliness, and repeatability are critical to product performance and regulatory compliance.
• Optoelectronics & Photonics Provides accurate deposition of optical adhesives, index-matching fluids, and encapsulants for LED, laser diode, and fiber optic assembly processes.
• Automotive Electronics Built for reliability in high-volume production, the valve handles sensor assembly, control module packaging, and connector potting with consistent, cycle-after-cycle precision.
• Industrial Coating & Sealing Suitable for selective coating, gasket dispensing, and sealing applications across a wide range of industrial products, from consumer electronics to industrial machinery components.

• Specialized PUR Engineering: Unlike generic valves, our PUR-specific design addresses the unique curing and viscosity challenges of reactive adhesives, ensuring long-term reliability.
• Cost-Effective Operation: The optimized sealing structure reduces the consumption of wearing parts, lowering your long-term maintenance and consumable costs.
• Global Quality Assurance: Manufactured to strict international standards, ensuring seamless integration into your existing production lines worldwide.
• Dedicated Technical Support: Our expert engineering team provides comprehensive pre-sales consultation and after-sales guidance to ensure optimal valve performance.
• Proven Industrial Reliability: Rigorously tested for millions of cycles, our valves are trusted by leading manufacturers for mission-critical dispensing operations.