Panasonic 1003N Barcode Nozzle with N610098971AA Part Number for CM402 CM602 NPM DT401 SMT Machines

Panasonic 1003N Barcode Nozzle for CM402 CM602 NPM DT401 N610098971AA

The Panasonic 1003N SMT nozzle, identified by part number N610098971AA, is a precision vacuum pickup component developed for compatible CM-series, NPM-series, and DT-series placement equipment. It connects the placement head to electronic components during the pickup, recognition, transfer, and mounting processes.

A properly matched 1003N nozzle helps maintain consistent vacuum contact, stable component movement, reliable visual recognition, and controlled release onto the printed circuit board. Its model marking and barcode-style identification simplify nozzle storage, maintenance records, and production-line management.

This nozzle is suitable for manufacturers, SMT maintenance departments, contract electronics manufacturers, and spare-parts distributors requiring a clearly identified replacement for scheduled servicing or urgent line recovery. Because nozzle compatibility can depend on machine configuration, placement head, software library, component package, and production recipe, buyers should confirm the complete part number N610098971AA before ordering.

An SMT nozzle works continuously under high-speed operating conditions. Even when the placement machine is correctly programmed, nozzle wear or contamination can create unstable production results.

Flux residue, dust, adhesive particles, packaging debris, and fine production contaminants may enter the nozzle air passage. A partially blocked passage reduces effective vacuum flow and may cause intermittent pickup failures.

Repeated contact with electronic components can gradually change the pickup surface. Scratches, chips, deformation, or uneven wear may prevent the nozzle from sealing correctly against the component.

A nozzle that is too small, too large, or unsuitable for the component surface may create weak holding force, component tilting, unstable centering, or recognition errors.

The standard 1003 and the 1003N are separate purchasing references. Selecting a nozzle based only on the visible model family without verifying the complete part number may lead to installation or identification problems.

Incorrect pickup height, improper placement pressure, warped boards, raised components, or poorly calibrated Z-axis movement can expose the nozzle to repeated mechanical shock.

Leakage may occur at the nozzle, holder, seal, shaft, filter, tubing, or vacuum valve. Replacing the nozzle alone may not solve the problem when the surrounding vacuum system is also damaged.

Metal wires, oversized needles, aggressive chemicals, or excessive ultrasonic cleaning can damage the internal passage or pickup surface. Cleaning methods should be suitable for precision SMT components.

Mixing similar nozzle models, storing nozzles without identification, or reinstalling rejected nozzles can increase setup errors and extend machine downtime.

The 1003N N610098971AA nozzle provides a defined replacement reference for compatible placement platforms. Correct installation helps restore the controlled interface between the machine’s vacuum system and the electronic component.

The nozzle transfers vacuum pressure from the placement head to the component surface. A clean and correctly matched nozzle supports repeatable pickup during high-speed production cycles.

Stable contact helps the component remain centered while the head accelerates, rotates, moves through the recognition area, and approaches the placement position.

The nozzle works together with the machine’s vision, motion, vacuum, and programming systems. Consistent mechanical contact can reduce unnecessary component movement before placement.

The 1003N model marking helps maintenance personnel separate it from similar nozzle families. Barcode-type identification can also support nozzle management on compatible configurations.

Using the complete part number N610098971AA gives purchasing and maintenance teams a clearer basis for comparison than ordering only by a general nozzle description.

Keeping correctly identified nozzles in the spare-parts inventory can shorten troubleshooting time when pickup performance suddenly declines.

Exact nozzle selection should not be based only on the machine name. The placement head, nozzle station, component package, machine generation, software setup, and existing nozzle part number should also be checked.

Dimensions that have not been confirmed through an approved drawing or physical sample should not be assumed. Buyers requiring exact measurements should send a drawing, clear photographs, or an existing nozzle sample for comparison.

Do not automatically substitute a standard 1003 nozzle for a 1003N nozzle. Similar product names do not guarantee identical identification, geometry, holder fit, recognition behavior, or machine compatibility.

The 1003N nozzle is intended for qualified SMT placement operations where electronic components must be picked from packaging, transported securely, recognized by the vision system, and placed onto a PCB.

Suitable placement operations may include control boards, smart-device assemblies, household electronics, audio equipment, display modules, and compact electronic products.

The nozzle may support qualified production involving vehicle control modules, lighting electronics, sensor assemblies, infotainment boards, and other automotive PCB applications.

Common production environments include PLC boards, motor-control boards, industrial communication modules, power-control assemblies, and automation equipment.

The nozzle can be considered for compatible production of network devices, communication modules, access-control systems, and wireless electronic assemblies.

Where machine and process validation are completed, the nozzle may be used in placement lines producing monitoring devices, diagnostic electronics, and other controlled electronic assemblies.

Potential applications include LED driver boards, control modules, lighting power boards, display products, and related assemblies.

EMS factories can maintain the 1003N as a verified spare for production changeovers, maintenance schedules, urgent repairs, and multi-product assembly lines.

A nozzle should be selected according to the actual component rather than by machine model alone.

The machine setup or operator identifies the required nozzle according to the production program. The 1003N model and N610098971AA part number should match the approved setup information.

The nozzle is installed onto the compatible placement head or loaded into the correct nozzle station. The mounting interface must be clean and free from damage.

The placement head moves above the component pickup position. Machine coordinates, feeder alignment, pickup height, and component presentation must be correctly calibrated.

When the nozzle reaches the component surface, the machine activates negative pressure. The nozzle creates a controlled vacuum connection with the component.

The component is lifted from the carrier. The machine may use vacuum detection, sensor feedback, vision inspection, or process logic to confirm successful pickup.

The placement head moves the component through the vision-recognition area. The system measures component position, angle, and offset.

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

The nozzle lowers the component to the programmed board position. Correct Z-height and placement pressure are important for protecting the nozzle, component, solder paste, and PCB.

The vacuum is released, allowing the component to remain on the PCB. The head then moves to the next pickup cycle.

During production, pickup errors, vacuum values, placement defects, and nozzle condition should be monitored. Abnormal trends may indicate contamination, wear, leakage, or setup problems.

Check whether the required part number is N610098971AA. Do not order only by the description “1003 nozzle.”

Verify that the required marking is 1003N, including the letter “N.” The suffix may be important for identification and machine setup.

Provide the exact equipment model, such as CM402, CM602, NPM-series equipment, or DT401. Avoid using only a general description such as “SMT machine.”

Machines can use different head configurations. Provide the head type, nozzle station information, or a photograph of the installed nozzle.

Photograph the complete old nozzle from the front, side, pickup-tip, and mounting-interface angles. Ensure the marking is readable.

Send the component package, dimensions, weight, top-surface condition, packaging style, and required placement speed.

Inform the supplier whether the machine requires a specific barcode, marking, recognition feature, or nozzle-management format.

For an uncertain application or large order, test a small quantity under actual production conditions before bulk purchasing.

1. Stop the machine according to the factory’s maintenance procedure.
2. Confirm that the replacement nozzle is marked 1003N.
3. Verify the part number N610098971AA against the maintenance record.
4. Inspect the nozzle for shipping damage or contamination.
5. Clean the placement-head mounting interface.
6. Check the nozzle holder, shaft, filter, seal, and vacuum path.

1. Handle the nozzle with clean gloves or suitable precision tools.
2. Avoid touching the pickup surface with bare fingers.
3. Install the nozzle without forcing or bending it.
4. Confirm free movement where applicable.
5. Verify that the nozzle is correctly seated.
6. Update the machine setup or nozzle library when necessary.

1. Run a nozzle-change test.
2. Check nozzle identification and recognition.
3. Confirm vacuum values.
4. Perform several low-speed pickup cycles.
5. Inspect component centering and rotation.
6. Check placement results before returning to full production speed.

Do not use an oversized metal pin to force contamination through the nozzle passage. Do not scrape the pickup surface with a blade or abrasive tool.

Cleaning chemicals should be compatible with the nozzle materials and factory process. After cleaning, the nozzle should be completely dry before installation.

Each nozzle order should be checked according to the agreed supply standard.

Replace or isolate the nozzle when one or more of the following conditions are found:

• The pickup surface is chipped, cracked, bent, or visibly deformed.
• The internal passage remains blocked after approved cleaning.
• Vacuum performance is unstable compared with a verified nozzle.
• Components repeatedly tilt or fall under the same production setup.
• The nozzle cannot be recognized or managed correctly.
• The mounting interface is damaged.
• Placement results improve immediately after installing a verified nozzle.
• The nozzle has experienced a confirmed collision.
• Maintenance records show repeated production abnormalities.
• The nozzle does not match N610098971AA or the approved setup list.

The 1003N nozzle should be protected against impact, moisture, dust, and mixing with other nozzle models.

• Individual protective container
• Inner cushioning material
• Model and part-number label
• Quantity identification
• Moisture-resistant outer packaging
• Export carton suitable for international transportation

• Store in a clean and dry environment.
• Keep away from corrosive chemicals.
• Avoid direct pressure on the pickup tip.
• Separate usable, untested, and rejected nozzles.
• Use model-specific storage positions.
• Record incoming and outgoing quantities.
• Keep the 1003N separate from standard 1003 nozzles.

Ordering according to the full part number provides greater purchasing accuracy.

To receive an efficient quotation, provide:

1. Product model: 1003N.
2. Part number: N610098971AA.
3. Exact machine model.
4. Placement-head type.
5. Required quantity.
6. Photographs of the existing nozzle.
7. Component package or dimensions.
8. Required condition or supply standard.
9. Shipping country and postal code.
10. Expected delivery schedule.

Complete information helps reduce repeated communication and allows the supplier to review compatibility before shipment.

The commonly referenced part number is N610098971AA. Buyers should verify this full number on the existing nozzle, machine record, spare-parts list, or approved purchasing document before placing an order.

No. The 1003N and standard 1003 should be treated as separate ordering references. The standard 1003 is commonly associated with KXFX037UA00 and related references, while the 1003N is identified by N610098971AA. Interchangeability must be confirmed before installation.

It is commonly referenced for compatible CM-series, NPM-series, and DT-series equipment, including CM402, CM602, selected NPM configurations, and DT401. Exact compatibility depends on the machine generation, placement head, nozzle interface, and production setup.

Send the exact machine model, head type, existing nozzle part number, clear photographs, and component details. A physical sample or approved drawing provides the most reliable basis for comparison when the machine configuration is uncertain.

Inspect the vacuum filter, valve, seal, shaft, holder, tubing, pickup height, feeder position, vision settings, and component presentation. Continued errors may be caused by another part of the placement system rather than the nozzle itself.

Looking for the 1003N SMT nozzle N610098971AA for CM402, CM602, NPM, or DT401 equipment?

Send us your machine model, placement-head information, required quantity, destination, and photographs of the existing nozzle. Our team will help compare the identification details and prepare a suitable quotation.

For uncertain applications, component dimensions or a physical sample can also be reviewed before bulk ordering. Contact us today for availability, packaging options, delivery information, and technical confirmation.

Panasonic and the referenced machine model names are used only to identify equipment compatibility and spare-part application. Product condition, manufacturing source, authorization status, and exact compatibility should be confirmed in the final quotation and order documentation.