Panasonic 1002N Precision SMT Nozzle for NPM N610098970AA

Panasonic 1002N Precision SMT Nozzle for NPM N610098970AA

The Panasonic 1002N SMT nozzle, commonly identified by part number N610098970AA, is a precision vacuum pickup component developed for compatible electronic component placement equipment. Its 3.0 × 2.2 mm pickup specification provides a practical contact area for handling medium-sized electronic components with suitable flat pickup surfaces.

Installed on a compatible placement head, the nozzle uses controlled negative pressure to pick components from tape feeders, trays, or other component-supply systems. It then carries each component through recognition, correction, transfer, and placement operations before releasing it onto the printed circuit board.

The 1002N nozzle is suitable for electronics manufacturers, SMT maintenance departments, equipment service companies, and spare-parts distributors requiring a clearly identified replacement nozzle. Correct nozzle selection helps improve pickup consistency, reduce component drops, minimize recognition errors, and maintain stable production during high-speed or high-mix PCB assembly.

The 1002N model, N610098970AA part number, and 3.0 × 2.2 mm specification are commonly listed together in commercial SMT nozzle references. Equipment compatibility should be checked against the installed head configuration before purchase.

A pick-and-place nozzle is one of the main contact points between an SMT machine and an electronic component. Even minor wear, contamination, bending, or dimensional variation can influence component pickup and placement performance.

During operation, the nozzle repeatedly moves downward, contacts components, generates vacuum, lifts components, rotates, passes through the recognition process, and releases components onto the printed circuit board. Thousands of repeated cycles can gradually affect the nozzle surface and internal vacuum channel.

Operators may notice one or more of the following symptoms:

• Repeated pickup alarms at the same head position.
• Components dropping between the feeder and PCB.
• Components remaining attached after placement.
• Increasing recognition failures.
• Components appearing tilted during camera inspection.
• Placement position drifting without an obvious programming change.
• Rotation-angle deviations.
• Different pickup results between identical machine heads.
• Increasing rejection rates during high-speed production.
• Frequent line stops caused by vacuum detection errors.
• Unstable performance after switching component suppliers.
• Reduced yield when the machine accelerates.

These problems do not always mean that the nozzle is the only defective part. Filters, vacuum hoses, solenoid valves, nozzle holders, head shafts, feeders, component packaging, and machine settings should also be inspected.

However, when the nozzle is blocked, worn, bent, or incorrectly selected, replacing it with the correct model is an efficient first step in restoring stable production.

The 1002N nozzle provides a defined pickup interface for components requiring a 3.0 × 2.2 mm nozzle specification. When correctly matched to the machine head and component, it creates a stable vacuum contact area without unnecessarily covering component edges, terminals, markings, or surrounding tape-pocket areas.

Replacing a worn nozzle with a correctly identified 1002N unit can help improve the following production conditions:

For reliable results, nozzle replacement should be combined with a complete inspection process:

1. Confirm the machine model.
2. Confirm the installed placement-head type.
3. Compare the existing nozzle model and part number.
4. Inspect the nozzle holder and shaft.
5. Check the vacuum filter and pneumatic circuit.
6. Verify feeder pickup coordinates.
7. Confirm component length, width, height, and weight.
8. Review the component pickup surface.
9. Check pickup and placement height settings.
10. Conduct a low-speed placement trial.
11. Review vacuum and recognition data.
12. Monitor the pickup rate during normal-speed operation.

A new nozzle cannot correct an incorrectly positioned feeder, damaged holder, insufficient machine vacuum, unstable component packaging, or inaccurate placement program. The complete pickup system should therefore be evaluated whenever repeated errors occur.

The 3.0 × 2.2 mm specification defines the primary pickup geometry of the nozzle. This geometry affects the effective contact area between the nozzle and component surface.

A suitable pickup face must provide enough support to retain the component during movement. At the same time, it should not be so large that it contacts component leads, raised surfaces, package edges, vents, or nearby tape-pocket structures.

The internal air path transfers negative pressure from the placement head to the pickup face. A clean and correctly sized vacuum path helps the machine establish suction quickly and maintain stable holding force during acceleration and rotation.

A partially blocked vacuum path may still pick some components successfully, but it can create intermittent errors at higher machine speeds. This is why routine nozzle cleaning and vacuum monitoring are important.

The nozzle must fit correctly into the compatible holder. Incorrect body dimensions, wear, foreign material, or holder damage may prevent proper seating.

Poor seating can lead to:

• Nozzle rotation error.
• Vertical movement instability.
• Nozzle changer failure.
• Vacuum leakage.
• Pickup-position deviation.
• Recognition inconsistency.
• Premature wear of the holder or shaft.

The pickup face must remain smooth and correctly shaped. Scratches, chips, deformation, or contamination can reduce sealing quality and cause component tilting.

The comparison specifications and associated commercial part numbers are commonly listed in SMT nozzle supply references. They should be treated as a selection guide, not as automatic interchangeability approval.

The 1001N has a smaller pickup geometry and is generally considered for components with limited flat pickup surfaces. The 1002N provides a larger contact area and may offer greater holding stability for medium-sized components.

Using a 1001N where a 1002N is required may result in insufficient support. Using a 1002N where a smaller nozzle is required may create interference with terminals, edges, or neighboring surfaces.

The 1002N and 1002CN share the same nominal 3.0 × 2.2 mm pickup specification, but their construction differs. The required version should be selected according to the approved machine configuration, component application, existing nozzle list, and production requirements.

The 1003N provides a larger 4.0 × 3.0 mm pickup specification. It may be considered for components with a broader pickup area or greater stability requirements.

The 1003N should not automatically replace the 1002N. An oversized nozzle may contact component edges, terminals, labels, vents, or packaging features.

The 1004N and 1005N use larger rubber pickup surfaces. These models are generally associated with larger flat components. Their size and contact characteristics differ significantly from the 1002N.

Nozzle selection should always be based on the component drawing, approved machine library, pickup surface, component mass, feeder pocket, and placement-head configuration.

The 1002N model and N610098970AA part number help purchasing, maintenance, and warehouse teams identify the required nozzle accurately.

The defined 3.0 × 2.2 mm pickup geometry supports stable vacuum contact when correctly matched to the component surface.

The nozzle supports repeated pickup, recognition, movement, and placement cycles in professional electronics assembly environments.

A clearly identified nozzle can shorten troubleshooting time and simplify preventive-maintenance planning.

Confirming both the nozzle model and part number helps avoid confusion between similar nozzle sizes and construction types.

The nozzle can be discussed for individual replacement, maintenance stock, distributor orders, and scheduled batch purchasing.

Protective packaging and international delivery options support customers in Europe, North America, and Southeast Asia.

The nozzle can be included with related SMT machine parts such as holders, shafts, filters, feeders, belts, sensors, valves, motors, and maintenance accessories.

The 1002N SMT nozzle is intended for automated electronic component placement processes requiring controlled vacuum pickup and accurate component handling.

High-Mix Production

High-mix factories frequently change component types and PCB programs. Clearly identified nozzles help operators complete faster changeovers and reduce nozzle-selection errors.

Continuous Production

In high-volume manufacturing, repeated nozzle movement can cause gradual wear or contamination. Maintaining replacement nozzles helps reduce unexpected production interruptions.

Preventive Maintenance

Maintenance teams may replace heavily used nozzles according to operating cycles, pickup-rate trends, vacuum data, or visual inspection results.

Emergency Repair

A spare 1002N nozzle can be installed when the existing unit becomes bent, blocked, damaged, or unable to maintain stable pickup.

Production-Line Expansion

Factories adding machines or placement heads may require additional nozzle sets for new programs and backup stock.

Regional Distribution

SMT spare-parts distributors can keep clearly identified nozzle models available for customers requiring repeat orders and urgent replacement.

The placement program assigns a suitable nozzle according to the component specification. The machine or operator confirms that the required nozzle is available.

The 1002N nozzle is installed into a compatible nozzle holder or collected from the automatic nozzle changer.

The placement head moves above the programmed feeder or tray location. Accurate feeder positioning is necessary for centered pickup.

The nozzle moves downward toward the component. The pickup height must allow sufficient surface contact without applying damaging force.

Negative pressure passes through the placement head and internal nozzle channel. The component is held against the pickup face.

The machine may evaluate vacuum data to determine whether the component has been collected successfully.

The placement head presents the component to the machine vision system. The system measures component position, angle, shape, or programmed recognition features.

The machine calculates X-axis, Y-axis, and rotational corrections according to the recognition result.

The nozzle carries the component toward the programmed PCB coordinate. Stable vacuum must be maintained during acceleration and rotation.

The nozzle lowers the component onto the solder paste or designated PCB surface.

The machine cancels the vacuum and may apply controlled positive air pressure. The component separates from the nozzle and remains on the PCB.

The nozzle retracts and repeats the process for the next component.

Selecting an SMT nozzle only by model appearance may lead to ordering mistakes. The complete machine and component information should be reviewed before purchase.

1. Confirm the nozzle code.
Check whether the existing nozzle is marked 1002N.

2. Confirm the part number.
Compare the installed part with N610098970AA.

3. Confirm the machine configuration.
Provide the complete machine and placement-head models rather than only the machine series.

4. Evaluate the component surface.
The nozzle must contact a stable area without covering terminals, edges, vents, raised markings, or irregular features.

5. Review component weight.
The selected nozzle and machine vacuum system must provide sufficient holding force.

6. Check the approved nozzle library.
Use the machine program, component database, internal engineering list, or existing production record.

7. Conduct a production test.
Start at a controlled speed and inspect pickup, recognition, transfer, placement, and release performance.

A smaller nozzle may be required when:

• The available pickup surface is limited.
• Leads or terminals are close to the component center.
• The component is positioned in a narrow tape pocket.
• A larger pickup face blocks camera recognition.

A larger nozzle may be required when:

• The component has a broader flat pickup area.
• The component is heavier.
• The current nozzle provides insufficient support.
• Components move during rapid acceleration.

A ceramic version may be required when:

• The approved internal parts list specifies ceramic construction.
• The application requires different wear, static, or surface characteristics.
• The installed nozzle is identified as 1002CN rather than 1002N.

1. Stop the machine according to the approved safety procedure.
2. Remove the existing nozzle carefully.
3. Confirm the replacement model and part number.
4. Compare the new nozzle with the removed unit.
5. Inspect the holder for wear, dirt, and damage.
6. Clean the holder using an approved lint-free process.
7. Install the nozzle without applying excessive side pressure.
8. Confirm correct seating and free movement.
9. Check automatic nozzle-changer operation.
10. Test the vacuum response.
11. Run a low-speed pickup trial.
12. Inspect recognition and placement results.
13. Increase the machine speed gradually.
14. Monitor pickup errors during the first production batch.

Never force the nozzle into an incompatible holder. Forced installation can damage the nozzle, holder, head shaft, or nozzle changer.

• Do not use an oversized metal needle.
• Do not manually enlarge the vacuum opening.
• Do not scrape the pickup face with hard tools.
• Do not use corrosive cleaning chemicals.
• Do not apply uncontrolled compressed air.
• Do not install the nozzle while moisture remains inside.
• Do not mix inspected and uninspected nozzles.
• Do not continue using a bent nozzle.
• Do not polish the nozzle without an approved process.
• Do not store the nozzle without tip protection.

Typical inspection points include:

Each nozzle should be protected against impact, dust, moisture, and uncontrolled movement during transportation.

Delivery time depends on quantity, stock status, inspection requirements, destination, and transportation method.

N610098970AA is the commonly referenced part number for the 1002N nozzle with a 3.0 × 2.2 mm specification. Buyers should still verify the installed machine head, existing nozzle label, and current part before ordering.

The nozzle is commonly associated with NPM and selected compatible CM or DT placement-machine configurations. Compatibility depends on the installed placement head, nozzle holder, changer system, machine generation, and approved nozzle list.

Both versions are commonly listed with a 3.0 × 2.2 mm specification, but their construction and part numbers differ. Use the version approved for the machine and component application rather than replacing one automatically with the other.

Please provide the machine model, placement-head model, nozzle code, part number, current nozzle photos, component dimensions, pickup surface, required quantity, condition requirement, and delivery destination.

Replace the nozzle when cleaning cannot restore stable pickup, the pickup face is worn, the body is bent, the air path remains blocked, or production continues showing repeated vacuum, recognition, or placement errors.

For current price, stock status, delivery time, product photos, packaging details, or model confirmation, please provide:

• Product model: 1002N.
• Part number: N610098970AA.
• Machine model.
• Placement-head model.
• Existing nozzle photographs.
• Required quantity.
• Requested product condition.
• Component dimensions and pickup surface.
• Destination country and city.
• Required delivery schedule.

Send your detailed inquiry for prompt compatibility review, quotation support, and international shipping arrangements.

Panasonic is a trademark of its respective owner. Brand names, machine models, and part numbers are used only for product identification and compatibility reference. The seller’s relationship with the trademark owner should be confirmed separately where applicable.