Panasonic KXFX055JA00 1115 Special-Shaped Nozzle for CM402 CM602

Panasonic KXFX055JA00 1115 Special-Shaped Nozzle for CM402 CM602

The Panasonic KXFX055JA00 1115 special-shaped nozzle is a precision component-handling part developed for compatible CM402 and CM602 SMT pick-and-place machine applications. Installed on the placement head, the nozzle uses controlled vacuum suction to pick, hold, transfer, align, and place suitable electronic components onto printed circuit boards.

Unlike conventional round nozzles used for standard resistors, capacitors, and integrated circuits, this model features a special pickup profile intended for components requiring a specific contact shape. Correct nozzle selection can improve vacuum sealing, component stability, recognition consistency, and placement reliability.

The complete part number KXFX055JA00 should be treated as the primary ordering reference. Buyers are advised to provide the machine model, placement-head information, current nozzle photographs, nozzle label, and component dimensions before ordering. This verification process helps reduce compatibility risks and ensures that the supplied nozzle matches the actual production requirement.

SMT nozzle problems can affect production efficiency even when the placement machine, feeder, and component program appear normal. The nozzle forms the direct connection between the machine head and the electronic component, so small changes in its profile, cleanliness, alignment, or vacuum passage can create repeated production errors.

A standard round nozzle may not provide enough contact area for a connector, sensor, switch, LED component, socket, transformer, shielding component, or other irregular package.

When the nozzle shape does not match the component surface, vacuum leakage may occur. The machine may pick the component initially, but the component can rotate, tilt, or fall during rapid head movement.

Repeated contact with components, feeder pockets, trays, or incorrect pickup positions may gradually wear the nozzle tip.

A worn pickup surface can change:

• Vacuum sealing performance.
• Pickup height.
• Component position.
• Contact pressure.
• Placement accuracy.
• Vision-recognition stability.

Dust, flux residue, adhesive particles, component debris, packaging material, and cleaning contamination may enter the nozzle passage.

Restricted airflow can lead to:

The nozzle body must connect correctly with the placement head. Scratches, contamination, deformation, or wear around the mounting interface may cause poor seating or air leakage.

An incorrectly installed nozzle may also affect nozzle rotation, pickup height, or head calibration.

The pickup point should be close to the component’s stable support area and center of gravity. An offset pickup position can cause the component to rotate or tilt during acceleration.

The nozzle cannot perform correctly when machine parameters are unsuitable. Important settings include:

• Pickup height.
• Placement height.
• Vacuum start timing.
• Vacuum release timing.
• Head acceleration.
• Rotation speed.
• Feeder pickup coordinates.
• Component thickness.
• Vision-recognition data.
• Placement pressure.

A compatible nozzle may still experience pickup problems when components are tilted, damaged, incorrectly positioned, or moving inside feeder pockets.

Feeder condition, tape quality, cover-tape peeling, tray alignment, and component orientation should therefore be inspected together with the nozzle.

Similar-looking nozzles are not necessarily interchangeable. Two nozzle models may have different:

• Mounting dimensions.
• Total lengths.
• Tip profiles.
• Vacuum-hole sizes.
• Pickup surfaces.
• Rotation references.
• Machine-head compatibility.

Ordering only by a general nozzle code without checking the complete part number can result in incorrect supply.

KXFX055JA00 provides a dedicated pickup profile for compatible electronic components that may not be handled reliably with a conventional circular nozzle.

A suitable contact surface can help create more consistent vacuum sealing and improve component stability during high-speed placement movement.

The complete part number KXFX055JA00 should be used as the principal purchasing reference.

For accurate identification, buyers should provide:

When the correct nozzle is clean, undamaged, and properly installed, the vacuum passage can respond consistently during pickup and component transfer.

Stable suction may help reduce:

• Failed pickup attempts.
• Component drops.
• Component rotation.
• Placement interruptions.
• Machine alarm frequency.
• Component waste.
• Manual production intervention.
• Unplanned line downtime.

Production factories should not wait until a nozzle fails completely before arranging a replacement.

Maintaining suitable spare quantities can reduce downtime caused by:

• Accidental nozzle impact.
• Normal tip wear.
• Vacuum-passage blockage.
• Product-model changeover.
• Nozzle loss.
• Emergency production orders.
• International delivery lead time.

The KXFX055JA00 nozzle is suitable for compatible component-placement operations performed on CM402 and CM602 pick-and-place equipment.

It may be used in production environments manufacturing:

• Consumer electronics.
• Automotive electronics.
• Communication equipment.
• Industrial controllers.
• LED lighting products.
• Power-supply assemblies.
• Smart home devices.
• Electronic instruments.
• Medical electronics.
• Security products.
• Computer peripheral products.
• Contract-manufacturing assemblies.

The nozzle may be selected when the component pickup surface requires a profile different from a standard circular nozzle.

Possible component categories include:

The nozzle can be used as a replacement when an existing nozzle experiences:

• Visible tip wear.
• Bending or deformation.
• Vacuum leakage.
• Repeated pickup failure.
• Internal blockage.
• Installation-interface wear.
• Accidental collision.
• Unstable placement performance.

Factories using CM402 or CM602 equipment can maintain the nozzle in their spare-parts inventory according to production demand, nozzle usage frequency, and delivery lead time.

Machine service companies may use the product when inspecting or restoring compatible placement equipment. Nozzle condition should be evaluated together with the nozzle holder, vacuum system, filters, placement head, and calibration status.

The operator or maintenance engineer confirms that the required part number is KXFX055JA00 and checks the reference nozzle code, machine model, and placement-head configuration.

Before installation, inspect the nozzle for:

• Tip deformation.
• Surface contamination.
• Blocked vacuum openings.
• Body damage.
• Mounting-interface scratches.
• Incorrect dimensions.
• Packaging damage.

The nozzle is installed on the corresponding placement-head interface. The installation area must be clean, correctly aligned, and free from debris.

Incorrect installation may cause vacuum leakage, rotational instability, abnormal height, or nozzle-recognition errors.

The nozzle is assigned within the machine program or nozzle station according to the equipment configuration.

The correct nozzle definition should be connected with the corresponding component package.

A tape feeder, tray, tube feeder, or another supply system presents the component at the programmed pickup position.

The component must be correctly oriented and stable inside the pocket or tray.

The placement head moves the nozzle above the component and lowers it to the programmed pickup height.

Pickup height must be accurate enough to create a vacuum seal without damaging the component or forcing it deeper into the feeder pocket.

The machine activates negative pressure through the nozzle passage.

The special-shaped tip contacts the selected component surface and creates the holding force required for pickup.

Depending on the machine configuration, pickup may be confirmed through:

• Vacuum detection.
• Height sensing.
• Vision recognition.
• Component-presence checking.
• Programmed machine monitoring.

The vision system measures the component position and rotation. The machine calculates correction values before placement.

Stable nozzle holding is important because any movement during recognition may create inaccurate correction data.

The placement head transfers the component toward the programmed PCB location.

During this movement, the nozzle must maintain sufficient vacuum force to resist acceleration, rotation, and vibration.

The machine lowers the component to the programmed placement height and positions it on the PCB pads or designated assembly point.

The vacuum is released so the component remains on the printed circuit board while the nozzle retracts.

The process repeats according to the placement program. The nozzle should be inspected and cleaned at appropriate intervals to maintain stable performance.

Use KXFX055JA00 as the main ordering reference. Do not select the product only because another nozzle has a similar four-digit code or external appearance.

State whether the nozzle will be installed on:

• CM402.
• CM602.
• Another machine requiring technical verification.

The exact machine configuration is important because machines within the same series may use different placement heads.

Provide the head model or clear photographs of the current nozzle installation area.

The head information helps verify:

• Nozzle mounting style.
• Interface dimensions.
• Rotation structure.
• Vacuum connection.
• Nozzle length requirement.
• Machine recognition method.

Send photographs showing:

1. Complete nozzle body.
2. Pickup tip.
3. Side profile.
4. Mounting interface.
5. Part-number label.
6. Nozzle code.
7. Nozzle beside a ruler or scale.

Provide the following component information:

The best pickup surface is normally flat, stable, clean, and sufficiently large to create a vacuum seal.

Avoid positioning the nozzle over:

• Holes.
• Flexible labels.
• Raised markings.
• Fragile optical areas.
• Curved surfaces.
• Moving mechanical structures.
• Uneven surfaces.
• Porous materials.

Before replacing the nozzle with a different model, review:

• Component library.
• Nozzle assignment.
• Pickup coordinates.
• Pickup height.
• Vacuum timing.
• Recognition method.
• Rotation speed.
• Transfer acceleration.
• Placement height.
• Placement pressure.

The required condition should be stated clearly before quotation.

Recommended purchasing quantities depend on:

• Number of machines.
• Number of compatible heads.
• Production volume.
• Component usage frequency.
• Nozzle replacement history.
• Emergency-stock policy.
• Delivery lead time.
• Upcoming production projects.

Before placing a large-volume order, request confirmation based on the part number, photographs, machine configuration, and component information.

A sample order may be appropriate when compatibility cannot be confirmed from documentation alone.

Check the nozzle for contamination, deformation, blocked openings, abnormal pickup marks, and installation problems.

Use a professional nozzle-cleaning process suitable for precision SMT parts.

Do not use:

• Hard metal wire.
• Sharp needles without controlled procedures.
• Abrasive tools.
• Aggressive chemicals.
• Excessive mechanical pressure.
• Uncontrolled high-power ultrasonic cleaning.

Keep the internal passage free from dust, solder-paste residue, adhesive particles, tape debris, and component fragments.

Store each nozzle separately in a clean protective box or nozzle holder.

Avoid placing the precision tip directly against a metal workbench or other hard surface.

When pickup problems continue after cleaning, inspect the feeder, vacuum system, nozzle holder, filter, pickup coordinates, and machine settings before concluding that the new nozzle is defective.

Replace the nozzle when:

• The tip is visibly deformed.
• The body is bent.
• The vacuum passage cannot be cleaned.
• Pickup stability remains unacceptable.
• Placement accuracy becomes inconsistent.
• The mounting interface is damaged.
• Repeated alarms affect production efficiency.

Each KXFX055JA00 nozzle should be packed individually to protect the pickup profile and mounting interface.

1. Confirm the part number and quantity.
2. Inspect the nozzle appearance.
3. Protect the nozzle tip.
4. Place the nozzle in an individual container or protective sleeve.
5. Add cushioning material.
6. Attach a clear identification label.
7. Place the parts inside a strong export carton.
8. Seal the carton securely.
9. Prepare the packing list and shipping documents.
10. Arrange trackable transportation.

Orders are processed according to the complete KXFX055JA00 part number, machine model, and customer-supplied technical information.

One-piece trial orders, maintenance quantities, and larger production-spare orders can be discussed according to availability.

Customers can provide machine and component information for preliminary checking before shipment.

The nozzle may be supplied together with:

• Feeders and feeder parts.
• Conveyor belts.
• Sensors.
• Solenoid valves.
• Motors.
• Drivers.
• Filters.
• Cables.
• Machine boards.
• Nozzle holders.
• Other SMT machine parts.

Precision products are packed carefully to reduce the risk of impact, contamination, and transportation damage.

Express, air, and combined shipping solutions are available for customers in Europe, North America, Southeast Asia, and other international markets.

KXFX055JA00 is generally identified for compatible CM402 and CM602 applications. However, the exact placement-head configuration, current nozzle profile, and machine program should be checked before ordering because machine-series information alone may not confirm complete compatibility.

The supplied product reference identifies it as 1115, but nozzle codes can differ between spare-parts lists and supplier databases. Use the complete KXFX055JA00 part number as the primary reference and provide photographs of the existing nozzle for confirmation.

Please provide KXFX055JA00, the machine model, placement-head type, required quantity, preferred product condition, destination country, and clear photographs of the existing nozzle. Component dimensions or drawings are useful when pickup compatibility must be evaluated.

No. Pickup suitability depends on the component dimensions, weight, top-surface profile, center of gravity, available sealing area, production speed, vacuum settings, and pickup orientation. Sample testing is recommended for new or unusual components.

Check nozzle installation, vacuum level, pickup height, feeder position, component stability, vision-recognition results, rotation accuracy, placement height, and final placement quality before starting continuous high-volume production.

Looking for the Panasonic KXFX055JA00 1115 special-shaped nozzle for CM402 or CM602 equipment?

Please send the following information for a fast and accurate quotation:

• Part number: KXFX055JA00.
• Reference nozzle code: 1115.
• Machine model.
• Placement-head type.
• Required quantity.
• Required product condition.
• Existing nozzle photographs.
• Component drawing or dimensions.
• Destination country.
• Expected delivery time.

Contact us for current availability, price, compatibility confirmation, packaging details, and international shipping arrangements.