Panasonic 115ASN N610119450AA Precision SMT Nozzle for CM/NPM Placement Machines

The 115ASN N610119450AA SMT placement nozzle is a precision vacuum-handling component developed for compatible CM and NPM pick-and-place machine configurations. Mounted on the placement head, it creates controlled suction to pick electronic components from feeder pockets, maintain stable component orientation during rapid movement, and release each part accurately onto its programmed PCB position.

This nozzle is suitable for scheduled maintenance, replacement of worn pickup tools, emergency machine repair, new production-line preparation, and spare-parts inventory management. Original New and Compatible New supply options are available to support different production standards and purchasing budgets.

For accurate selection, buyers should confirm the complete part number, existing nozzle marking, machine model, placement-head configuration, component package, and required quality option before ordering. Clear photographs of the existing nozzle are recommended when the machine configuration is uncertain.

The nozzle is the direct contact point between the placement head and the electronic component. Although it is a small mechanical part, its condition can influence pickup reliability, vision-recognition stability, component posture, placement accuracy, production speed, and machine alarm frequency.

During each placement cycle, the nozzle must complete several precision actions:

A correctly selected and properly maintained 115ASN nozzle helps the machine repeat these actions consistently during continuous production.

Vacuum leakage can occur when the nozzle is worn, improperly installed, contaminated, cracked, or incorrectly matched with the placement head.

Typical symptoms include:

• Frequent pickup errors.
• Components remaining inside feeder pockets.
• Components falling during transfer.
• Low or unstable vacuum readings.
• Repeated machine alarms.
• Increased production interruption.
• Reduced first-pass placement yield.

A replacement nozzle should be considered when cleaning and correct installation do not restore stable vacuum performance.

Dust, carrier-tape particles, solder-paste residue, adhesive material, and environmental contamination may enter the nozzle air passage.

Even a partially blocked passage can cause:

• Delayed vacuum response.
• Weak component holding force.
• Slow component release.
• Unstable pickup performance.
• Increased missing-component alarms.
• Irregular production results at high speed.

The nozzle should be cleaned using appropriate maintenance tools. Hard metal needles, oversized wires, and abrasive materials should not be used because they may damage the precision internal surface.

The nozzle tip repeatedly contacts electronic components during production. Long-term use, accidental impact, incorrect storage, and unsuitable cleaning methods may damage the pickup surface.

Possible results include:

• Component tilting after pickup.
• Poor sealing between nozzle and component.
• Unstable vision-recognition images.
• Component scratching.
• Irregular release behavior.
• Placement deviation.
• Reduced production consistency.

The working surface should be inspected regularly under suitable lighting or magnification.

Nozzles from the same machine family may appear similar but can have different tip shapes, airflow structures, lengths, mounting interfaces, or component applications.

An incorrectly selected nozzle may cause:

• Automatic nozzle-change failure.
• Incorrect pickup height.
• Insufficient component contact.
• Component breakage.
• Placement-head collision.
• Vacuum alarms.
• Recognition errors.
• Unstable component release.

The nozzle should be selected by complete model and part number rather than external appearance alone.

Some pickup problems are caused by machine settings rather than nozzle damage.

Parameters that should be checked include:

A replacement nozzle should be tested with verified machine parameters before volume production resumes.

Nozzle alarms may also originate from feeder or component problems.

Common related causes include:

• Incorrect feeder pitch.
• Damaged carrier-tape pocket.
• Poor tape positioning.
• Warped electronic components.
• Contaminated component surfaces.
• Incorrect pickup coordinates.
• Unstable feeder movement.
• Inconsistent component dimensions.
• Incorrect feeder calibration.

A complete troubleshooting process prevents unnecessary replacement and helps identify the actual cause of production failure.

The precision air passage supports controlled vacuum transfer when the nozzle is clean, correctly installed, and matched with the appropriate component.

A suitable pickup surface helps maintain component stability during high-speed acceleration, rotation, vision inspection, and movement toward the PCB.

Consistent nozzle dimensions support predictable pickup and placement behavior after the machine program and head calibration have been correctly established.

Keeping verified replacement nozzles in stock allows maintenance teams to exchange worn parts quickly and reduce waiting time during unexpected machine stoppages.

Original New and Compatible New versions can meet different production and budget requirements.

Compatible New products are independently manufactured replacement parts and should not be represented as genuine original products.

Nozzles in the same product family are not automatically interchangeable. Every model should be checked according to the machine nozzle table, placement-head type, component package, and production program.

The nozzle can be used on compatible SMT lines producing household electronics, control boards, display products, communication devices, and other high-volume electronic assemblies.

For automotive control boards, sensors, lighting modules, power systems, and other traceability-sensitive products, Original New supply is often preferred after compatibility verification.

Suitable applications may include industrial controllers, power supplies, automation modules, monitoring equipment, drive systems, and communication control boards.

The nozzle can support applicable production processes for network equipment, communication modules, signal-processing boards, and electronic terminal products.

For medical device assemblies, buyers should prioritize verified product quality, controlled installation, first-article inspection, and documented production testing.

Applicable production may include LED control boards, lighting drivers, display modules, and other surface-mounted lighting electronics.

Electronics manufacturing service providers can keep the 115ASN nozzle as organized maintenance inventory for line changeovers, emergency repair, and multi-product production support.

Compatible New supply may be evaluated for engineering tests, machine recovery, trial production, and noncritical assembly after controlled qualification.

The machine program assigns a nozzle according to the component package, size, weight, pickup surface, and placement requirements.

The placement head collects the nozzle from the nozzle station. The connection interface must be clean and fully seated.

The head moves toward the programmed feeder position. Feeder pitch, pocket position, component orientation, and pickup coordinates must be correct.

The nozzle moves downward to contact the component surface at the programmed pickup height.

The machine activates vacuum suction. Airflow through the nozzle creates the holding force required to lift the component.

The machine verifies the pickup through vacuum monitoring, vision inspection, or other configured detection methods.

The placement head moves the component toward the PCB while maintaining stable suction during rapid acceleration and rotation.

The camera inspects the component and calculates positional or rotational deviation. The machine then corrects the placement coordinates.

The nozzle lowers the component onto the programmed solder-pad position using the specified placement height and speed.

The machine releases or reverses the vacuum, allowing the component to separate from the nozzle surface.

The placement head returns for the next pickup operation and repeats the programmed cycle throughout production.

Confirm N610119450AA on the existing nozzle, packaging label, machine spare-parts list, or purchasing record.

Do not select a nozzle only from the model name or visual appearance.

Provide the complete machine model. Different CM and NPM generations may use different placement heads, nozzle stations, software libraries, and mounting structures.

The same machine platform may be configured with different placement heads. Head information is therefore necessary for accurate compatibility checking.

Check the following features:

• Model marking.
• Part number.
• Overall body shape.
• Pickup-tip geometry.
• Working length.
• Mounting interface.
• Air passage.
• Identification marks.

Recommended photographs include:

Choose Original New when production requires stronger traceability, original specifications, or lower qualification risk.

Choose Compatible New when the priority is cost control, maintenance backup, or preliminary testing. A controlled production trial should be completed before batch use.

Provide the electronic component package, dimensions, height, approximate weight, surface condition, and pickup area when selecting the nozzle for a new production program.

State whether the requirement is:

• One-piece testing.
• Emergency replacement.
• Routine maintenance.
• Monthly production demand.
• Annual spare-parts planning.
• Multi-model combined purchasing.

Recommended inventory levels depend on:

• Number of machines.
• Number of placement heads.
• Production hours.
• Component variety.
• Historical nozzle consumption.
• Delivery time.
• Product-value risk.
• Availability of local technical support.

Inspect the nozzle for:

• Cracks.
• Deformation.
• Contamination.
• Surface damage.
• Loose components.
• Blocked airflow.
• Incorrect markings.
• Transport damage.

Make sure:

• The nozzle holder is clean.
• The mounting surface has no foreign material.
• The nozzle is fully seated.
• No excessive looseness is present.
• The nozzle can be recognized by the machine.
• The nozzle station position is correct.

Complete a controlled trial and observe:

The first completed PCBs should be inspected before full production is resumed.

• Check the pickup surface.
• Remove visible dust.
• Review repeated pickup alarms.
• Confirm nozzle identification.
• Return the nozzle to the correct storage position.

Use approved cleaning tools and procedures suitable for precision SMT nozzles.

Avoid:

• Sandpaper.
• Hard metal needles.
• Oversized cleaning wires.
• Strong unapproved chemicals.
• Excessive ultrasonic cleaning.
• High mechanical pressure.

Store nozzles in:

• Individual protective compartments.
• Clean and dry environments.
• Clearly labeled positions.
• Anti-impact containers.
• Areas separated from rejected parts.
• Locations protected from corrosive materials.

The model, part number, quality option, quantity, and order requirements are checked before packing.

The nozzle is examined for cracks, contamination, deformation, scratches, and visible impact damage.

Important dimensions and fitting features may be compared with approved references according to the selected supply type.

The internal vacuum passage is checked for obvious blockage or contamination.

The connection area is examined for fitting problems or visible manufacturing defects.

The working surface is checked for damage that may influence sealing, component contact, or release performance.

The nozzle is packed to reduce dust, impact, vibration, and movement during transportation.

For urgent production requirements, buyers should provide the required arrival date, delivery country, postal code, and preferred transportation method.

To receive an accurate quotation, please provide:

Complete information reduces confirmation time and helps prevent incorrect delivery.

No. CM and NPM machines can use different placement heads and nozzle configurations. The complete machine model, head type, existing nozzle marking, and part number should be confirmed before ordering.

Original New refers to genuine original supply with corresponding identification and possible traceability. Compatible New refers to an independently manufactured replacement designed for compatible use. Prices, materials, traceability, and service life may differ.

Trial quantities may be supplied according to inventory. A sample test is especially useful when confirming an uncertain machine configuration or evaluating a Compatible New nozzle before placing a batch order.

Clean the nozzle holder, inspect the vacuum system, verify feeder position, confirm pickup height and timing, complete machine recognition, and perform a controlled first-article test before returning to normal production.

Please provide model 115ASN, part number N610119450AA, machine and head information, quality option, required quantity, destination country, expected delivery schedule, and clear photographs when compatibility is uncertain.

Contact us for current stock, quality-option confirmation, product photographs, inspection information, delivery arrangements, and a commercial quotation for the 115ASN N610119450AA SMT placement nozzle.

For faster processing, include the following information in your inquiry:

• Product model: 115ASN.
• Part number: N610119450AA.
• Machine model.
• Placement-head type.
• Original New or Compatible New requirement.
• Required quantity.
• Delivery destination.
• Required arrival date.
• Photographs of the existing nozzle.

We support sample evaluation, urgent machine-repair requirements, scheduled maintenance purchasing, long-term spare-parts supply, and combined SMT parts orders for international electronics manufacturers.

Send your detailed inquiry to receive a matched product recommendation and competitive quotation.

Panasonic is a trademark of its respective owner. The brand name, machine series, model, and part number are used only for product identification and compatibility reference.

Compatible New products are independently manufactured replacement parts. They are not represented as genuine original products. Buyers requiring Original New supply should confirm packaging, identification, documentation, and traceability before placing an order.