Brand new Original FUJI NXT H08H12 Nozzle 2.5G AA0WT00 AA0WT13

Brand new Original FUJI NXT H08H12 Nozzle 2.5G AA0WT00 AA0WT13

The FUJI NXTIII H08/H12/V12 SMT nozzle series is developed for accurate electronic component pickup, transfer, alignment, and placement in high-speed surface-mount production. The complete range includes standard nozzles, M-type nozzles, G-type nozzles, C-type nozzles, and CS-type nozzles, providing flexible choices for different component dimensions, package shapes, weights, and pickup surfaces.

Available specifications include 0.375, 0.45, 0.71, 1.0, 1.3, 1.8, 2.51, 3.75, 5.0, 1.3M, 1.8M, 2.5M, 0.4, 0.5, 0.625, 2.5G, 3.75G, 5.0G, 0.5C, and 0.5CS. Each model is identified by a specific part number to support accurate purchasing and installation.

These nozzles are suitable for SMT factories, electronics manufacturers, equipment maintenance companies, and spare parts distributors requiring dependable replacement parts for FUJI NXTIII H08, H12, and V12 placement heads. Correct nozzle selection helps maintain stable vacuum performance, reduce pickup errors, improve placement accuracy, and minimize production downtime.

The nozzle is one of the most frequently used mechanical parts in an SMT placement system. During production, it repeatedly contacts components, applies vacuum suction, moves at high speed, and releases components at programmed PCB locations.

Although the nozzle is compact, its condition directly affects:

• Pickup success rate.
• Component holding stability.
• Placement accuracy.
• Vision recognition consistency.
• Machine alarm frequency.
• Production cycle time.
• PCB assembly quality.
• Overall equipment efficiency.

A worn, contaminated, incorrectly selected, or damaged nozzle may create repeated placement errors even when the feeder, component, camera, and machine program are operating normally.

Nozzle-related production problems usually develop because of long-term use, incorrect model selection, insufficient cleaning, improper storage, or accidental mechanical impact.

Replacing worn or unsuitable nozzles with the correctly matched FUJI NXTIII H08/H12/V12 nozzle helps restore stable pickup and placement performance.

The complete nozzle series allows users to select an appropriate model according to:

• Placement head type.
• Component dimensions.
• Component weight.
• Package shape.
• Pickup surface area.
• Required vacuum holding force.
• Existing nozzle specification.
• Exact machine part number.

The range includes standard, M, G, C, and CS nozzle configurations. This broad selection helps factories manage multiple placement requirements without sourcing each nozzle family separately.

Every nozzle specification is linked to one or more part numbers. Buyers can confirm the exact code installed on the machine before ordering, reducing the risk of incorrect purchasing.

A correctly selected and clean nozzle supports stable airflow and secure component holding throughout the pickup, transfer, vision alignment, and placement process.

Consistent nozzle geometry helps maintain component position and orientation, supporting better placement accuracy and lower assembly defects.

The series can be used for scheduled replacement, emergency maintenance, spare inventory preparation, and production-line performance recovery.

Customers may order one specific model or combine multiple specifications and part numbers in a mixed shipment.

The following information is organized from the supplied model list. Buyers should confirm the complete nozzle code rather than selecting only by nominal size.

The FUJI NXTIII H08/H12/V12 nozzle series is suitable for automated electronic assembly lines that require accurate and repeatable component placement.

• New SMT production-line installation.
• Daily nozzle replacement.
• Preventive maintenance.
• Pickup-error troubleshooting.
• Production changeover preparation.
• Spare-parts inventory replenishment.
• Emergency machine repair.
• Mixed-model manufacturing.
• High-volume PCB assembly.
• Distributor stock preparation.

The exact nozzle must be selected according to component dimensions, weight, surface shape, and machine program. The following table is a general selection reference only.

Exact selection should always be based on the current nozzle part number, component data, and placement-head configuration.

The SMT nozzle connects the machine vacuum system to the electronic component during pickup and placement.

The component must remain stable from the moment it is picked until it reaches the PCB. If the nozzle leaks air or does not match the component correctly, the component may:

• Shift from the pickup center.
• Rotate during movement.
• Drop before placement.
• Fail vision recognition.
• Be placed at an incorrect angle.
• Cause a machine alarm.
• Increase rework and scrap.

For this reason, nozzle cleanliness, surface condition, dimensional accuracy, and correct part-number matching are essential.

Selecting a nozzle only by visual appearance or nominal size can result in an incorrect order. The safest method is to confirm the exact part number from the existing nozzle, machine spare-parts list, maintenance record, or equipment documentation.

Verify that the machine is a FUJI NXTIII model and identify the installed placement head.

Applicable head options in this product range:

• H08.
• H12.
• V12.

Inspect the current nozzle or maintenance record and locate the full part number.

Examples:

• AA1AT16.
• AA05614.
• AA20B14.
• AA0WT13.
• 2AGKNG004903.
• 2AGKNG020801.

Check whether the required specification is:

• Standard type.
• M type.
• G type.
• C type.
• CS type.

Consider:

• Component length and width.
• Component height.
• Component weight.
• Pickup surface dimensions.
• Pickup surface flatness.
• Package material.
• Required placement speed.
• Required positioning accuracy.

Calculate the required quantity according to:

• Number of machines.
• Number of placement heads.
• Daily nozzle consumption.
• Preventive replacement frequency.
• Emergency backup requirement.
• Distributor inventory demand.

Regular inspection and cleaning can extend nozzle service life and help maintain placement quality.

• Use suitable nozzle-cleaning equipment and procedures.
• Avoid using hard metal objects inside the suction hole.
• Do not strike or drop the nozzle.
• Store each nozzle in an identified protective position.
• Keep different part numbers separated.
• Prevent exposure to dust, oil, adhesive, and solder paste.
• Check the nozzle after any machine collision.
• Replace the nozzle when visible damage or unstable pickup appears.
• Do not force an incompatible nozzle into the placement head.

A replacement should be considered when one or more of the following conditions occur:

• Supports stable production-line operation.
• Helps reduce unplanned machine downtime.
• Improves nozzle replacement efficiency.
• Simplifies model identification.
• Supports preventive maintenance programs.
• Provides multiple nozzle sizes for mixed production.

• Broad model coverage for customer service.
• Clear part-number matching.
• Suitable for emergency repair stock.
• Convenient mixed-model purchasing.
• Useful for long-term service contracts.

• Covers multiple commonly requested specifications.
• Supports single-model and mixed-model orders.
• Suitable for local inventory preparation.
• Clear product data for customer quotations.
• Easy to organize by size and part number.
• Appropriate for recurring replacement demand.

Each nozzle should be protected against impact, dust, moisture, and mixing during transport.

For mixed-model orders, customers are advised to submit a clear purchasing list containing one line for each part number and quantity.

To receive an accurate quotation, customers may send information in the following format:

This format helps reduce identification errors and speeds up quotation processing.

The supplied model list identifies these nozzles for FUJI NXTIII H08/H12/V12 applications. However, buyers should confirm the exact part number installed on their machine because nozzles with similar nominal sizes may have different configurations. Providing the current nozzle code is the safest way to verify compatibility.

Check the complete code printed or recorded for the existing nozzle. For example, the 1.3 specification includes AA20A15, AA20A00, and AA20A10. These codes should not be treated as automatically interchangeable without confirmation. Please send the current part number, head type, and nozzle photo when necessary.

Yes. Standard, M-type, G-type, C-type, and CS-type nozzles can be combined in one mixed order. Please provide each exact part number and quantity separately so the quotation, packing, labeling, and delivery preparation can be completed accurately.

Please provide the exact part number, nozzle specification, required quantity, machine model, head type, destination country, and required delivery time. A photograph of the current nozzle is also useful when the marking is unclear or when additional model confirmation is needed.

First inspect the nozzle for contamination, wear, deformation, incorrect installation, and vacuum leakage. Confirm that the nozzle specification matches the component. If cleaning and reinstallation do not restore stable pickup, replace the nozzle with the correct new part and verify machine performance again.

Looking for FUJI NXTIII H08/H12/V12 nozzles for routine replacement, production maintenance, emergency repair, or distributor inventory?

Please send your:

• Exact part numbers.
• Nozzle specifications.
• Required quantities.
• Placement-head type.
• Machine model.
• Destination country.
• Required delivery schedule.

We support inquiries for individual nozzle models, mixed-model purchasing lists, maintenance projects, distributor stock orders, and long-term SMT spare parts supply.

Send your nozzle list today for model confirmation, quotation, availability checking, and shipping support.