Product Usage：The dispensing machine needle nozzle is mainly used to accurately control the flow of glue to avoid wire drawing, thereby improving the quality and efficiency of dispensing.
Applicable Industries：It is suitable for various types of glue and is widely used in precision dispensing operations in industries such as electronics, automobiles and LEDs.
Due to the wide variety of specifications of dispensing head nozzle needle parts, only some dispensing parts are displayed. If you need spare parts such as dispensing head nozzle push rod, please contact customer service.
Ⅰ Below are the specification numbers of some axxon dispensing head nozzle needle parts.
Ⅱ Axxon Dispensing nozzle and tappet manufacturing capabilities:
Nozzle/tappet/screw hardware processing method: customized according to drawings or samples based on customer needs
Nozzle aperture accuracy can reach: 0.03mm
Nozzle finish can reach mirror surface: Ra0.1
Nozzle concentricity: 0.002mm
Nozzle hardness: 85-95 HR
Using temperature: -55 to 260 degrees Celsius
Processing method: precision grinding
Dispensing nozzle materials: tungsten steel, ceramics, diamond, carbide, stainless steel and other materials.
Ⅲ The following is a real picture of the axxon dispensing head nozzle needle.
Ⅳ The tappets and nozzles of axxon dispensing systems are usually made of a variety of materials. Each material has its specific advantages. Common materials include:
Tappet material:
1. Stainless steel tappet: Stainless steel tappet has good corrosion resistance and mechanical strength, and is suitable for most general dispensing tasks.
2. Carbide tappets, tungsten steel tappets, diamond tappets, and ceramic tappets: usually have higher wear resistance and wear resistance, and are suitable for handling more wear-resistant materials or requiring long Time usage application.
Nozzle material:
1. Stainless steel nozzle: Stainless steel nozzle is corrosion-resistant and suitable for most general dispensing tasks. It is also commonly used to handle glue with higher viscosity.
2. Plastic nozzles: Plastic nozzles are lightweight and cheap, suitable for disposable or low-cost applications, but are not suitable for situations where high temperature or wear resistance is required.
3. Ceramic nozzles, carbide nozzles, tungsten steel nozzles, diamond nozzles: have excellent wear resistance and corrosion resistance, and are suitable for high-end applications dealing with corrosion-resistant or high-viscosity glue.
JHIMS Brand application:
The usage of these dispensing machine tappets and nozzles covers multiple brands, some of the common brands include: Nordson EFD, VERMES, Techcon Systems, Graco, Asymtek, Fisnar, Musashi Engineering, Precision Valve & Automation, GPD Global, Techcon , there are also some Chinese brands of dispensing machine systems.
Ⅴ AXXON Dispensing Head Parts and Consumables
Ⅵ AXXON dispensing machine nozzle striker is mainly used for this striker structure, which controls the flow and release of glue through its precise switching action, ensuring high precision and consistency in the dispensing process. The following are some typical applications of dispensing valve types that use AXXON dispensing machine nozzle tappets:
1. AXXON needle dispensing valve
AXXON needle dispensing valve uses a striker to control the outflow of glue. The precise movement of the striker allows the glue to be accurately released through the nozzle, thereby achieving micro-dispensing and high-precision dispensing. Commonly used in electronic components and precision mechanical assembly that require micro-amounts of glue.
2. AXXON plunger dispensing valve
AXXON plunger dispensing valve controls the outflow of glue through the up and down movement of the plunger, and is usually equipped with a striker to ensure more precise control. Suitable for applications that require a large amount of glue and require high consistency, such as LED packaging and large-area bonding.
3. AXXON Valve Core Dispensing Head
AXXON valve core dispensing head uses the on-off action of the valve core to control the outflow of glue, and the striker is usually used to further accurately control the flow rate. It is suitable for scenarios that require continuous dispensing and mass production, such as automotive electronics and medical device manufacturing.
4. AXXON pneumatic dispensing valve
AXXON pneumatic dispensing valve controls the on-off action of the striker through a pneumatic device to achieve precise control of the glue. It is widely used in automated production lines and is suitable for a variety of glue and dispensing needs, such as sealants, thermal conductive glues, and structural glues.
5. AXXON electric dispensing valve
AXXON electric dispensing valve uses an electric device to control the movement of the striker to achieve high-precision and high-response speed dispensing operations. It is suitable for applications that require fast response and precision control, such as electronic component packaging and precision coating.
Ⅶ Working principle of AXXON dispensing head
1. The working principle of AXXON dispensing head is mainly based on the movement of the striker to control the outflow of glue. The specific process is as follows:
Preparation stage: The glue is transported to the inside of the dispensing valve through the conveying system, ready for dispensing.
Trigger stage: When dispensing is required, the control system sends a signal to trigger the striker to move downward.
Dispensing stage: The striker moves downward, opens the glue outlet, and the glue flows out through the nozzle for dispensing.
End stage: After the dispensing is completed, the striker moves upward quickly to close the glue outlet to ensure that the glue no longer flows out.
Return stage: The striker returns to the initial position and prepares for the next dispensing operation.
2. Application scenarios of AXXON dispensing head
Electronic manufacturing: used for dispensing of precision electronic components, such as IC packaging, PCB board dispensing, etc.
Semiconductor industry: used for semiconductor chip packaging, sealing and other processes.
Medical devices: used for precision bonding and packaging of medical devices.
Optical devices: used for bonding and sealing of optical components.
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