Panasonic 1001N N610098969AA 1.3×0.9mm SMT Nozzle for NPM Machines

The Panasonic 1001N N610098969AA is a precision SMT placement nozzle designed for the vacuum pickup, transfer, recognition, and placement of small electronic components. Its nominal 1.3 × 0.9 mm tip geometry provides a controlled contact area for chip resistors, ceramic capacitors, miniature diodes, transistors, and other lightweight surface-mount packages.

The nozzle is commonly used with compatible NPM placement machines and matching placement-head configurations. During high-speed production, it connects the machine vacuum circuit to the component surface, allowing the head to lift components from tape feeders, transfer them through the vision-recognition process, and place them accurately onto printed circuit boards.

A correctly selected and properly maintained 1001N nozzle can help reduce pickup retries, component drops, vacuum alarms, position offsets, and unnecessary production interruptions. Before ordering, buyers should confirm the machine model, placement-head type, existing nozzle identification, part number, component dimensions, and required quantity.

Small electronic components require precise vacuum control, accurate pickup coordinates, stable feeder positioning, and a nozzle with suitable dimensions. When any part of this system becomes unstable, production quality and machine efficiency may decline.

Continuous contact with components and feeder pockets may gradually wear the nozzle tip. A damaged or uneven tip can reduce the sealing area between the nozzle and component surface.

Typical symptoms include:

• Components falling during transfer.
• Frequent pickup retries.
• Unstable component rotation.
• Inconsistent vacuum readings.
• Increased placement offsets.
• Poor recognition results.

Dust, solder-paste residue, adhesive particles, flux mist, and component debris may enter the nozzle airflow channel. Even partial blockage can reduce vacuum performance.

A blocked nozzle may successfully pick some components but fail intermittently during high-speed production. This type of unstable fault can be difficult to identify without regular inspection.

The selected nozzle must match the component’s dimensions, mass, shape, pickup surface, and package structure.

A nozzle that is too small may not provide sufficient suction force. A nozzle that is too large may contact nearby components, carrier tape, feeder pockets, or irregular areas of the package.

Air leakage may occur at the nozzle tip, nozzle body, holder, shaft, seal, hose, filter, or vacuum valve. Leakage reduces the effective holding force and may cause component movement during acceleration or rotation.

If the nozzle descends too far, it may strike the component or feeder pocket. If the pickup height is too high, the nozzle may not create a complete vacuum seal.

Incorrect pickup height can cause:

• Component damage.
• Feeder-tape contact.
• Nozzle-tip deformation.
• Incomplete pickup.
• Component tilting.
• Higher rejection rates.

The machine must identify the installed nozzle correctly. Contamination, damage, or an incompatible nozzle version may cause recognition alarms or incorrect setup data.

Machines from the same series may use different placement heads, holders, shaft interfaces, and recognition systems. A similar-looking nozzle should not be installed without confirming compatibility.

The 1001N nozzle provides a focused vacuum contact point for small and lightweight components. When correctly matched with the component and placement head, it helps maintain stable pickup and accurate component control throughout the placement cycle.

The nominal 1.3 × 0.9 mm tip specification is designed to provide an appropriate pickup area for small passive and discrete electronic components.

A suitable contact area helps prevent:

• Excessive contact with feeder pockets.
• Insufficient vacuum sealing.
• Component surface damage.
• Unstable component rotation.
• Interference with surrounding structures.

The internal airflow channel transfers suction from the placement head to the component surface. A clean and properly installed nozzle helps maintain stable vacuum pressure during pickup, lifting, recognition, and transfer.

After pickup, the machine vision system inspects the component’s position and angle. Consistent nozzle geometry helps the component remain stable while the machine calculates correction values.

During high-speed movement, the component is exposed to acceleration, deceleration, and rotational forces. Stable suction helps prevent movement, dropping, or tilting before placement.

The nozzle lowers the component onto the programmed PCB position. Accurate nozzle height and alignment support repeatable placement while reducing unnecessary contact force.

Clear nozzle identification allows operators to organize setup procedures, maintenance schedules, and spare-parts inventories. Proper nozzle management reduces the risk of installing the wrong model during production changeovers.

The listed dimensions, component range, and weight capacity are reference values. Actual performance depends on the machine model, placement head, holder condition, feeder accuracy, component surface, vacuum settings, pickup height, production speed, and software configuration.

The 1001N has the smallest general pickup geometry in this comparison. It is primarily used for compact, lightweight components requiring a focused suction area.

The 1002N provides a larger contact surface for medium-sized chips and selected polarized components. The 1003N is intended for larger packages, including integrated circuits and electrolytic components.

The 1004N and 1005N provide significantly larger contact areas for heavier or larger packages. The 1006N is used for calibration and should not be selected as a standard production nozzle.

Although the 1001 and 1001N may have similar pickup dimensions, they should not be considered automatically interchangeable. The recognition method, placement-head interface, nozzle holder, and machine configuration must be checked before installation.

The 1001N nozzle can be used in SMT lines producing smartphones, chargers, audio equipment, wearable products, smart-home devices, display controllers, and compact electronic modules.

Typical components include:

• Chip resistors.
• Ceramic capacitors.
• Small diodes.
• Miniature transistors.
• Protection components.
• Signal-processing components.

Automotive control boards often contain large quantities of small passive components. The nozzle may support assembly processes for:

• Sensor modules.
• Lighting-control boards.
• Dashboard electronics.
• Communication units.
• Control modules.
• Power-management boards.

The nozzle can be applied in the production of:

• Programmable controllers.
• Motor-control boards.
• Automation modules.
• Measurement instruments.
• Industrial communication equipment.
• Power-supply controllers.

Suitable production applications may include:

• Network modules.
• Router control boards.
• Base-station electronics.
• Radio communication modules.
• Signal-processing boards.
• Data-transmission devices.

The nozzle may handle small resistors, capacitors, protection devices, and control components used on:

• LED driver boards.
• Lighting-control modules.
• Display-lighting products.
• Smart-lighting systems.
• Power-conversion boards.

When the machine and component configuration are suitable, the nozzle may be used for compact electronic assemblies found in medical monitoring devices, laboratory equipment, testing instruments, and control modules.

The 1001N is also suitable for:

• Placement-machine maintenance.
• Emergency spare-parts inventory.
• Nozzle replacement projects.
• Preventive maintenance programs.
• Production-line refurbishment.
• Machine-head servicing.

The operator installs the 1001N into the correct placement-head holder. The holder, shaft, and mounting interface should be clean and free from damage.

The machine recognizes the installed nozzle according to its programmed identification method. The nozzle information must match the active production setup.

The placement head moves above the programmed feeder pocket. Accurate feeder positioning ensures that the nozzle aligns with the component’s pickup center.

The nozzle descends to the programmed pickup height. The movement must be controlled to avoid excessive force or contact with the tape pocket.

The vacuum system creates negative pressure through the nozzle. When the tip contacts the component surface, suction holds the component against the nozzle.

The head lifts the component from the carrier tape, tray, tube, or feeder. Stable vacuum pressure must be maintained during lifting.

The machine camera inspects the component’s position and rotation. Correction values are calculated before placement.

The placement head moves the component toward the PCB. The nozzle maintains suction during acceleration, deceleration, and rotation.

The nozzle lowers the component onto the programmed PCB location. Placement height and force should be suitable for the package and solder-paste condition.

The machine releases the vacuum and may apply controlled positive pressure. The component separates from the nozzle, and the head begins the next cycle.

Use N610098969AA as the main ordering reference. Similar-looking nozzles may have different internal channels, tip dimensions, holders, or identification methods.

Do not provide only the general machine family. The full model and version help determine the correct placement-head configuration.

Confirm the installed head model, nozzle holder, shaft interface, and recognition system. Photographs of the head and existing nozzle are useful when documentation is unavailable.

Review the marking, code, tip shape, mounting interface, length, and physical condition of the currently installed nozzle.

Provide the following information:

• Component length.
• Component width.
• Component height.
• Component weight.
• Package type.
• Top-surface shape.
• Feeder type.
• Pickup position.

The nozzle tip should contact a stable, clean, and sufficiently flat area. Avoid selecting a contact point that includes holes, curved surfaces, lenses, terminals, or irregular structures.

Clearly indicate whether the order requires:

• Original new parts.
• High-quality compatible new parts.
• Inspected used parts.
• Samples for testing.

The condition should be stated clearly in the quotation and order confirmation.

For unusual packages, transparent components, irregular surfaces, or uncertain applications, sample testing is recommended before purchasing production quantities.

1. Stop the placement machine according to the approved maintenance procedure.
2. Remove the existing nozzle with the correct handling tool.
3. Inspect the holder and shaft for dust, residue, wear, or bending.
4. Clean the mounting interface with a lint-free and non-abrasive method.
5. Confirm the replacement model and part number before installation.
6. Install the nozzle without forcing, striking, or twisting the assembly.
7. Check that the nozzle moves freely and returns correctly.
8. Perform nozzle recognition according to the machine procedure.
9. Conduct a low-speed pickup and placement test.
10. Monitor vacuum values, pickup errors, recognition results, and placement quality before returning to full production speed.

Do not use steel wire, drills, sewing needles, abrasive paper, or sharp tools to clean the nozzle opening. These methods may enlarge the airflow channel, damage the contact surface, or change the nozzle geometry.

Use approved nozzle-cleaning equipment, filtered air, suitable cleaning liquid, and non-abrasive tools. Make sure the nozzle is completely clean and dry before reinstallation.

The nozzle is checked for visible deformation, cracks, scratches, contamination, oxidation, or incomplete assembly.

The pickup tip is inspected for wear, blockage, chips, irregular edges, and surface damage.

The mounting section is examined to help ensure proper fit with the specified holder and placement-head configuration.

Where applicable, airflow continuity is checked to identify blockage or abnormal leakage.

The model, part number, and nozzle identification are compared with the confirmed order information.

Each nozzle is protected against dust, vibration, impact, moisture, and direct surface contact during transportation.

The 1001N model and N610098969AA part number help purchasing teams identify the required nozzle accurately.

The compact tip design is suitable for a wide range of lightweight passive and discrete electronic components.

Compatibility can be reviewed using the machine model, placement-head type, existing nozzle photographs, and component details.

Buyers can order one piece for testing, a small maintenance quantity, or a larger production batch.

The 1001N can be supplied together with other nozzles, holders, filters, feeder parts, belts, sensors, motors, and SMT machine components.

Protective packing and international shipping support are suitable for buyers in Europe, North America, Southeast Asia, and other markets.

The commonly referenced part number is N610098969AA. Buyers should compare this number with the installed nozzle, placement-head configuration, machine documentation, and product photographs before ordering.

The nozzle is generally used for small resistors, capacitors, miniature diodes, transistors, and similar lightweight components. Final suitability depends on package dimensions, weight, top-surface shape, feeder accuracy, and machine settings.

Not necessarily. Compatibility depends on the exact machine model, placement head, holder, shaft interface, recognition method, and software configuration. Complete machine information should be provided before purchase.

The nozzle should be inspected when pickup retries increase, components fall during movement, vacuum alarms appear, placement offsets become unstable, the tip is visibly worn, or the internal airflow channel is blocked.

Please provide the model, part number, machine model, placement-head type, required quantity, preferred condition, component dimensions, delivery country, and clear photographs of the existing nozzle.

For current price, stock availability, production lead time, shipping cost, compatibility confirmation, or mixed-order support, please send the following information:

Product Model: 1001N
Part Number: N610098969AA
Machine Model:
Placement-Head Type:
Required Quantity:
Required Product Condition:
Component Package and Dimensions:
Delivery Country and Postal Code:
Photographs of Existing Nozzle:

Our sales team will review your requirements and provide a detailed quotation, compatibility recommendation, packing method, and delivery proposal.

Panasonic is a trademark of its respective owner. The brand name, machine model, and part number are used only to identify compatibility and product application.

Unless clearly specified in the quotation, no authorization, affiliation, sponsorship, or endorsement by the original equipment manufacturer is implied. Final compatibility should be confirmed before ordering.