Panasonic 1004 KXFX037VA00 SMT Nozzle for CM402 CM602 NPM Pick and Place Machines

Panasonic 1004 KXFX037VA00 SMT Nozzle for CM402 CM602 NPM

The Panasonic 1004 KXFX037VA00 SMT nozzle is a precision pickup component developed for compatible CM402, CM602, NPM, and related surface-mount placement platforms. Installed on the placement head, the nozzle uses controlled vacuum pressure to pick electronic components from feeders or trays, transport them through the recognition process, and place them accurately onto the programmed PCB position.

A properly matched nozzle is essential for maintaining stable pickup performance, component alignment, placement repeatability, and production continuity. Worn, contaminated, bent, blocked, or incorrectly selected nozzles can cause pickup errors, dropped components, recognition alarms, component shifting, and unnecessary machine stoppages.

The 1004 nozzle is suitable for SMT factories, electronic assembly contractors, equipment maintenance departments, repair centers, and spare-parts distributors requiring dependable nozzle replacements. Before ordering, buyers should provide the complete machine model, nozzle marking, placement-head information, required quantity, and clear product photographs. This confirmation process reduces the risk of ordering a visually similar but incompatible nozzle.

The main identification for this listing is 1004 / KXFX037VA00. Buyers should not select a nozzle only by its general appearance because different nozzle versions may have similar bodies but different mounting structures, tip geometries, recognition marks, internal airflow designs, or head compatibility.

The exact engraved code or original machine record should always be used as the primary purchasing reference.

SMT placement nozzles operate continuously under high-speed production conditions. During every placement cycle, the nozzle performs several actions:

Even a small change in nozzle condition may influence pickup stability. A damaged nozzle does not always fail completely. It may continue operating while producing intermittent errors that are difficult to diagnose.

Common nozzle-related production problems include:

Dust, component residue, adhesive particles, solder-paste contamination, and other production debris may enter the nozzle suction channel. Partial blockage reduces effective vacuum pressure and creates unstable pickup performance.

The nozzle tip repeatedly contacts components. Long-term operation may change the contact surface, reduce sealing performance, or create uneven pressure on the component.

Incorrect storage, accidental impact, unsuitable cleaning tools, or improper handling may bend the nozzle body or damage the tip. Even slight deformation can affect placement accuracy.

A nozzle may fit the placement head mechanically but still be unsuitable for the programmed component. Tip dimensions, contact area, component weight, surface shape, and package dimensions must all be considered.

Sharp metal tools, aggressive abrasives, unsuitable chemicals, or uncontrolled compressed air may damage the nozzle. Cleaning should remove contamination without changing the nozzle geometry.

The nozzle connection area may become worn after repeated automatic exchanges. This can affect positioning, sealing, rotation, or recognition.

Not every pickup error is caused by the nozzle itself. Vacuum valves, filters, tubes, sensors, placement-head seals, software settings, feeder position, and component presentation should also be inspected.

Replacing a contaminated, worn, damaged, or mismatched nozzle with a correctly identified 1004 KXFX037VA00 nozzle can help restore the mechanical and vacuum conditions required for repeatable component handling.

The replacement process should include more than simply installing a new nozzle. A complete nozzle-management procedure should cover identification, inspection, cleaning, installation, verification, and production monitoring.

A properly selected and installed nozzle can support:

• More stable component pickup.
• Reduced component dropping during transfer.
• More consistent vacuum sealing.
• Reliable component recognition.
• Repeatable placement performance.
• Lower frequency of nozzle-related alarms.
• Fewer production interruptions.
• More efficient nozzle changeovers.
• Better control of SMT consumable inventory.
• Improved preventive-maintenance planning.

Actual production performance depends on the condition of the complete placement system, including feeders, vacuum circuits, sensors, head mechanisms, calibration data, vision settings, PCB support, component packaging, and machine programming.

Compatibility should not be determined from the machine-series name alone. One machine platform may use different head types, nozzle stations, nozzle generations, or component-handling configurations.

For accurate supply, provide:

The nozzle creates a controlled suction interface between the placement head and the electronic component. Stable vacuum transmission helps hold the component securely during acceleration, recognition, rotation, and positioning.

The mounting structure is designed for compatible placement-head interfaces. Correct fitment supports reliable nozzle installation, rotation, vacuum sealing, and automatic exchange where the machine configuration permits.

A nozzle with consistent geometry helps maintain a predictable relationship between the machine head, vision system, component center, and PCB placement position.

The 1004 nozzle is intended for repeated industrial use in SMT manufacturing environments where cycle time, accuracy, and equipment availability are important.

Nozzles are removable precision parts. They can be inspected, cleaned, organized, replaced, and managed as part of a preventive-maintenance program.

Each nozzle should be packaged to reduce contact damage, contamination, bending, and mixing with other nozzle models during transportation and storage.

The Panasonic 1004 KXFX037VA00 nozzle is used in electronic manufacturing environments that operate compatible placement machines.

In continuous production, a stable nozzle helps reduce repeated pickup retries and machine interruptions. Production teams normally keep critical nozzle models in stock to avoid extended downtime.

Factories producing multiple PCB types require controlled nozzle selection. The 1004 nozzle may be assigned to specific package groups according to the machine library and process program.

Maintenance departments can replace nozzles based on operating hours, inspection results, pickup-error trends, vacuum test results, or visible wear.

Keeping verified nozzles available allows factories to respond quickly when an active production nozzle becomes blocked, bent, worn, or damaged.

During placement-machine refurbishment, nozzle condition should be reviewed together with nozzle stations, vacuum systems, head seals, recognition systems, feeders, and calibration.

The correct component range should be determined by the actual nozzle-tip geometry rather than the nozzle name alone.

Important component characteristics include:

For new components, production engineers should perform a pickup and placement trial before mass production.

The nozzle is the physical interface between the placement head and the electronic component.

The machine program assigns a nozzle according to the component package, pickup position, feeder location, placement requirements, and head configuration.

The placement head obtains the specified nozzle from the nozzle station, or the nozzle is installed manually according to machine procedures.

The placement head moves above the feeder pocket, tray location, or component presentation point.

The nozzle moves downward until the tip reaches the programmed pickup height.

The machine activates vacuum pressure through the nozzle. The component is held against the nozzle tip.

Depending on machine configuration, vacuum detection, sensors, height data, or vision information may be used to confirm successful pickup.

The head lifts the component and moves it toward the recognition or placement area. The nozzle must hold the component securely during rapid movement.

The machine camera identifies the component position, angle, and orientation. Correction data is calculated before placement.

The nozzle moves to the programmed PCB coordinate, descends to the required placement height, and positions the component on the solder-paste deposit or board surface.

Vacuum is released, and air assistance may be used depending on machine settings. The component remains on the PCB while the nozzle retracts.

The nozzle repeats the process or returns to the nozzle station when another nozzle type is required.

Selecting the correct nozzle should follow a verification process rather than relying only on the product photograph.

Provide the complete machine designation. “NPM” alone may not be sufficient because the NPM family includes different machine versions and placement-head configurations.

Identify the installed head type using the equipment record, head label, maintenance manual, or clear photograph.

Check all visible markings on the nozzle body. Record:

• Nozzle model.
• Part number.
• Letter suffix.
• Barcode or recognition marking.
• Color or identification ring.
• Any additional production code.

Photograph the old nozzle from several angles:

Provide the electronic component package, dimensions, weight, top-surface condition, and feeder type. This helps evaluate whether the nozzle is suitable for the intended application.

Available supply options may include:

The actual supply condition must be stated clearly in the quotation, proforma invoice, and order confirmation.

After installation, perform:

• Nozzle recognition check.
• Vacuum test.
• Pickup-height confirmation.
• Component pickup trial.
• Vision-recognition test.
• Rotation test.
• Placement-position inspection.
• Controlled production trial.

The model description 1004 should not automatically be treated as identical to every product described as 1004N.

Nozzle references may differ because of:

• Machine generation.
• Placement-head configuration.
• Mounting design.
• Recognition marking.
• Tip geometry.
• Internal vacuum channel.
• Barcode requirement.
• Updated or alternative part number.

For this product page, the main purchasing reference is:

When the existing nozzle is marked differently, send a photograph and complete code before ordering.

Each nozzle should be reviewed according to the agreed supply condition.

Customers may request, subject to order conditions:

• Actual-product photographs.
• Marking close-up.
• Packaging photographs.
• Quantity confirmation.
• Video inspection.
• Sample order.
• Dimension comparison.
• Existing-nozzle comparison.

Installation should be completed by trained technicians familiar with the machine.

1. Stop the machine according to factory safety procedures.
2. Confirm the correct nozzle model.
3. Inspect the nozzle station.
4. Clean the mounting interface.
5. Check the vacuum path.
6. Remove packaging carefully.
7. Avoid touching the pickup tip with bare hands.
8. Do not use excessive force.

1. Confirm secure mounting.
2. Check nozzle recognition.
3. Test vertical movement.
4. Check rotation.
5. Perform a vacuum test.
6. Run a pickup trial.
7. Check component recognition.
8. Inspect trial placements.
9. Monitor pickup-error data.
10. Record the replacement date.

Correct cleaning can extend nozzle service life and reduce production errors.

• Do not insert oversized metal wire into the suction opening.
• Do not grind or polish the nozzle tip.
• Do not use uncontrolled high-pressure air.
• Do not drop the nozzle on a hard surface.
• Do not mix clean and contaminated nozzles.
• Do not install a nozzle with an uncertain model.
• Do not modify the mounting structure.
• Do not use aggressive chemicals without approval.
• Do not continue using a visibly bent nozzle.
• Do not assume every pickup error is caused by software.

Precision nozzles should be stored in a clean, dry, organized environment.

Standard packaging may include:

• Individual protective tube.
• Small plastic box.
• Foam-protected compartment.
• Model identification label.
• Quantity label.
• Outer export carton.
• Additional shock protection for international shipment.

Packaging details can be adjusted according to order quantity and shipping method.

Machine information, nozzle markings, photographs, and component details can be checked before order confirmation.

Original new and compatible new supply options may be quoted separately according to availability and customer budget.

Sample quantities can be arranged for compatibility testing before a larger purchasing program.

Multiple nozzle models and other SMT replacement parts can be consolidated into one shipment.

Actual-item photographs, marking photographs, and packaging confirmation can be provided according to order requirements.

Orders can be prepared for express delivery, air freight, or consolidated export shipment.

Providing complete technical information allows faster identification and reduces repeated communication.

Please provide the following information with your inquiry:

The main part number used for this product listing is KXFX037VA00. Because similar nozzle names and alternative references may appear in different inventories, please confirm the engraved code and provide photographs of the existing nozzle before ordering.

The 1004 KXFX037VA00 nozzle is commonly associated with CM402 and CM602 placement applications. Compatibility still depends on the installed placement head and machine configuration, so the complete machine model and head information should be checked before shipment.

It may be suitable for compatible NPM configurations, but “NPM” covers multiple machine versions and placement-head types. Please provide the complete NPM model, placement-head photograph, old nozzle code, and component information for accurate verification.

They should not be assumed to be identical without technical confirmation. Similar names may represent different nozzle generations, mounting structures, markings, or part numbers. The existing nozzle code and physical structure should be compared before placing the order.

Please send the nozzle model, full part number, machine model, placement-head type, required quantity, requested condition, delivery country, and clear photographs. This information helps us confirm compatibility, stock availability, lead time, packaging, and shipping cost.

Looking for a dependable Panasonic 1004 KXFX037VA00 SMT nozzle for CM402, CM602, NPM, or related placement equipment?

Send us your machine model, placement-head information, nozzle photographs, required quantity, and destination. Our team will check the product reference and provide the appropriate supply option.

We can support:

• Original new nozzle quotations.
• Compatible new nozzle quotations.
• Small sample orders.
• Batch nozzle supply.
• Multiple SMT spare-parts consolidation.
• Product photographs before shipment.
• International express and air-freight delivery.
• Urgent maintenance requirements.
• Long-term spare-parts purchasing programs.

Contact us now for current stock, technical confirmation, inspection photographs, lead time, packing information, and a competitive quotation.