Panasonic 1002 Precision SMT Nozzle CM DT NPM KXFX037TA00

The Panasonic 1002 KXFX037TA00 precision SMT nozzle is a vacuum pickup component designed for selected CM, DT, and NPM surface-mount placement machine configurations. Installed on the placement head, the nozzle picks electronic components from tape feeders, trays, tubes, or other supply systems and transfers them to programmed PCB mounting positions.

The 1002 nozzle is commonly identified by part number KXFX037TA00. KXFW1ATAA00 and KXFX03DVA00 are also used as cross-reference numbers in the SMT spare-parts market. Compatibility listings commonly associate the nozzle with CM and DT platforms, while some supply references also include selected NPM configurations. The placement head, existing nozzle number, and machine configuration should therefore be verified before purchase. small but critical part of an SMT production line. Its dimensional condition, vacuum passage, mounting interface, and pickup surface can directly influence component pickup stability, recognition accuracy, placement repeatability, production speed, and machine utilization.

The Panasonic 1002 nozzle is suitable for electronics manufacturers, EMS factories, SMT maintenance teams, machine service companies, spare-parts distributors, and production facilities requiring a dependable nozzle for preventive maintenance or emergency replacement.

Product Identification

Cause: Why Pickup and Placement Problems Occur

SMT pickup errors are not always caused by the placement machine itself. Many production problems are related to nozzle wear, contamination, incorrect model selection, feeder positioning, component packaging, vacuum leakage, or unsuitable process settings.

Understanding the actual cause helps maintenance engineers avoid unnecessary machine-part replacement and reduce production downtime.

1. Nozzle Tip Wear

During continuous operation, the nozzle repeatedly contacts electronic components. Long-term use may gradually change the pickup surface, reducing the effective sealing area between the nozzle and component.

A worn pickup surface can cause:

• Weak vacuum holding force.
• Component movement during transfer.
• Increased pickup retry frequency.
• Recognition instability.
• Component dropping.
• Placement offset.

2. Blocked Vacuum Passage

Dust, packaging fragments, adhesive residue, solder-paste particles, and other production contaminants may enter the internal vacuum passage.

Even a partial blockage may reduce airflow and create unstable pickup performance. The machine may continue operating, but pickup reliability can gradually decrease.

3. Bent or Damaged Nozzle Body

A nozzle may become damaged because of:

• Accidental impact.
• Incorrect manual handling.
• Improper storage.
• Placement-head collision.
• Incorrect nozzle-change operation.
• Installation of an unsuitable nozzle model.

A small amount of deformation may cause the component to sit off-center, affecting camera recognition and placement accuracy.

4. Incorrect Nozzle Selection

The nozzle must match the component size, weight, surface shape, pickup area, and machine head configuration.

A nozzle that is too small may not provide sufficient suction. A nozzle that is too large may interfere with component leads, package edges, feeder pockets, or nearby components.

5. Incorrect Installation

If the nozzle is not fully installed on the placement head, the mounting position may become unstable.

Possible results include:

• Vacuum leakage.
• Nozzle rotation.
• Abnormal machine vibration.
• Nozzle-change alarm.
• Component recognition failure.
• Pickup height variation.

6. Contaminated Mounting Interface

Dust or residue between the nozzle and nozzle holder can prevent correct installation. The nozzle may appear installed while remaining slightly tilted or loosely seated.

7. Incorrect Pickup Coordinates

A properly functioning nozzle may still experience pickup errors when feeder coordinates, pickup height, component data, or tray positions are incorrect.

8. Unstable Component Packaging

Damaged carrier tape, deformed pockets, excessive cover-tape tension, component rotation inside the pocket, or irregular tray positioning may prevent centered pickup.

Common Production Problems

Solution: How the Panasonic 1002 Nozzle Supports Production

The Panasonic 1002 KXFX037TA00 nozzle provides a practical solution when an existing nozzle is worn, contaminated, damaged, missing, or no longer suitable for stable production.

Stable Vacuum Pickup

The nozzle transfers vacuum pressure from the placement head to the component pickup surface. When correctly selected and installed, it helps maintain stable component holding force throughout the movement cycle.

Accurate Component Positioning

A properly manufactured nozzle supports centered pickup. Stable component positioning allows the vision system to calculate accurate X-axis, Y-axis, and rotational corrections before placement.

Repeatable Placement Performance

Consistent mounting dimensions and pickup geometry help the machine repeat thousands of pickup and placement cycles with fewer interruptions.

Reduced Unplanned Downtime

Keeping replacement nozzles in maintenance stock allows production teams to replace damaged units quickly. This can reduce delays caused by emergency purchasing and international delivery.

Improved Maintenance Efficiency

The nozzle can be inspected, cleaned, replaced, and stored separately. Maintenance teams can manage nozzle condition without replacing larger and more expensive placement-head assemblies.

Flexible Purchasing

The 1002 nozzle can be ordered individually or combined with additional nozzle models, filters, holders, feeder parts, belts, sensors, valves, motors, and other SMT replacement components.

Product Advantages

Specifications

Compatibility Notice

Machine names alone are not always sufficient for confirming nozzle compatibility. Machines from the same series may use different placement heads, nozzle holders, software options, and hardware revisions.

Before ordering, customers should provide as much of the following information as possible:

1002 and 1002N Identification Notice

The 1002 and 1002N nozzle references should not automatically be treated as identical products.

The standard 1002 nozzle is commonly listed as KXFX037TA00. The 1002N nozzle may use a different part number and nozzle structure. One industry nozzle reference lists 1002N as N610098970AA, while KXFX037TA00 is listed as the standard 1002 nozzle. uld check the complete nozzle code rather than ordering only according to the number “1002.”

Related Nozzle Model Comparison

The 1002 nozzle belongs to a commonly referenced numerical nozzle family. Related models may have different pickup structures, suction areas, and application ranges.

The table is intended for model comparison only. It does not replace machine-head and component verification.

Application

PCB Assembly Lines

The nozzle is used in automated PCB assembly processes where electronic components must be picked from supply devices and placed accurately onto solder-paste pads.

Consumer Electronics Production

Suitable placement platforms may use the nozzle in the production of:

• Smart-home products.
• Power-control boards.
• Household electronics.
• Display modules.
• Audio equipment.
• Communication devices.
• Electronic accessories.

Automotive Electronics

The nozzle may support compatible SMT lines manufacturing:

• Vehicle control modules.
• Sensor boards.
• Lighting-control electronics.
• Instrument-cluster assemblies.
• Communication modules.
• Power-management boards.

Industrial Electronics

Industrial control products require stable and repeatable component placement. Typical applications include controllers, power supplies, drive systems, monitoring devices, communication modules, and automation equipment.

Telecommunication Products

Compatible machines may use the nozzle for PCB production involving network equipment, communication modules, routers, signal-processing devices, and related electronic assemblies.

LED and Lighting Products

The nozzle can support suitable component-placement processes for LED driver boards, lighting controllers, smart-lighting products, and display electronics.

EMS Contract Manufacturing

EMS factories frequently process multiple PCB products and component packages. Maintaining a complete nozzle inventory helps improve changeover flexibility and production continuity.

SMT Equipment Maintenance

Machine service providers, equipment distributors, and factory maintenance teams can keep the 1002 nozzle in spare-parts stock for preventive maintenance and emergency replacement.

Application Scenario Table

How It Works

Step 1: Nozzle Selection

The placement program selects a nozzle according to the component package, dimensions, weight, pickup surface, and machine configuration.

Step 2: Nozzle Installation

The nozzle is installed manually or through the machine’s automatic nozzle-change system. The mounting interface must be clean and fully engaged.

Step 3: Movement to the Pickup Position

The placement head moves above the programmed feeder, tray, tube, or component-supply position.

Step 4: Controlled Descent

The nozzle descends to the programmed pickup height. Correct height helps the nozzle contact the component without excessive pressure.

Step 5: Vacuum Activation

The machine activates vacuum pressure through the internal nozzle passage. The component is held against the nozzle pickup surface.

Step 6: Pickup Confirmation

The equipment may check vacuum values, component presence, image data, or other process signals to confirm successful pickup.

Step 7: Vision Recognition

The component passes through the machine vision system. The system measures positional and rotational deviation.

Step 8: Position Correction

The placement machine calculates correction values and adjusts the component position before mounting.

Step 9: PCB Placement

The head moves to the programmed PCB coordinate. The nozzle lowers the component to the required placement height and releases the vacuum.

Step 10: Cycle Repetition

The nozzle continues performing pickup and placement operations according to the production program.

How Nozzle Condition Affects Production

How to Choose the Correct Nozzle

1. Check the Complete Part Number

The recommended ordering reference is KXFX037TA00. Customers should also compare KXFW1ATAA00 and KXFX03DVA00 when these numbers appear on existing records or packaging.

2. Confirm the Machine Model

Provide the complete machine model rather than only stating “CM machine,” “DT machine,” or “NPM machine.”

3. Confirm the Placement Head

The placement head is one of the most important compatibility factors. Machines in the same family may use different head types.

4. Inspect the Existing Nozzle

Check the model marking, mounting structure, tip shape, body length, and interface design of the nozzle currently installed.

5. Provide Clear Photographs

Photographs should show:

• Complete nozzle appearance.
• Nozzle tip.
• Mounting section.
• Side profile.
• Printed or engraved markings.
• Placement-head interface.

6. Check the Component Package

Provide the component package name and dimensions, including length, width, and height.

7. Evaluate the Pickup Surface

The selected nozzle should contact a stable and sufficiently flat area. The pickup surface should not interfere with leads, connectors, labels, cavities, or irregular package sections.

8. Consider Component Weight

Heavier components require sufficient suction area and stable vacuum performance.

9. Review Machine Speed

High-speed placement creates acceleration and deceleration forces. The nozzle must hold the component securely throughout movement.

10. Test Before Mass Production

After installation, perform a production test and monitor:

• Pickup success rate.
• Vacuum readings.
• Recognition results.
• Component rotation.
• Placement accuracy.
• Machine alarms.
• Component surface condition.

Nozzle Selection Checklist

Installation Recommendations

1. Stop the equipment according to the machine maintenance procedure.
2. Use clean gloves or approved tools when handling the nozzle.
3. Inspect the nozzle holder and mounting interface before installation.
4. Remove dust, fragments, oil, and production residue.
5. Confirm that the nozzle model matches the placement head.
6. Install the nozzle in the correct position and direction.
7. Do not force an incompatible nozzle into the holder.
8. Run nozzle inspection or calibration procedures when required.
9. Perform a low-speed test before restarting full production.
10. Monitor vacuum values, recognition results, and pickup performance.

Cleaning and Maintenance

Recommended Cleaning Practices

• Inspect the nozzle tip regularly.
• Use clean and dry filtered air.
• Use approved nozzle-cleaning tools.
• Remove contamination from the vacuum passage carefully.
• Use a suitable cleaning solution when required.
• Dry the nozzle completely before installation.
• Store cleaned nozzles in labeled containers.
• Separate damaged nozzles from usable inventory.

Actions to Avoid

• Do not use excessive air pressure.
• Do not insert an oversized metal needle.
• Do not polish the pickup surface without approval.
• Do not use unknown chemical cleaners.
• Do not drop the nozzle onto a hard surface.
• Do not continue using a bent nozzle.
• Do not mix different models without labels.
• Do not install a nozzle into a contaminated holder.

Suggested Maintenance Schedule

Quality Inspection

Appearance Inspection

The nozzle should be checked for deformation, scratches, contamination, corrosion, and handling damage.

Mounting Inspection

The mounting section should fit the corresponding placement-head interface securely.

Vacuum Passage Inspection

The internal suction passage should remain open and free from production contamination.

Alignment Inspection

The nozzle body and pickup tip should maintain appropriate alignment for stable component positioning.

Model Verification

The nozzle model and part number should be compared with the customer’s purchase order before packing.

Packaging Inspection

The nozzle should be protected from impact, dust, moisture, and movement during international transportation.

Quality Control Table

Packaging and Delivery

Each nozzle is packed to reduce damage caused by vibration, impact, dust, moisture, and mixed-model handling.

Why Maintain Spare Nozzle Inventory

A placement nozzle is a frequently used production component. Although it is small, nozzle failure can stop an entire placement head or production process.

Maintaining spare inventory provides several benefits:

Frequently Asked Questions

Q1: What is the correct part number for the Panasonic 1002 nozzle?

The main part number is KXFX037TA00. KXFW1ATAA00 and KXFX03DVA00 are also commonly used as cross-reference numbers. Customers should compare the existing nozzle and machine-head configuration before ordering.

Q2: Can the 1002 nozzle be used on every CM, DT, or NPM machine?

No. Compatibility depends on the installed placement head, nozzle holder, machine configuration, and production revision. Please provide the complete machine model and placement-head information for verification.

Q3: Is the 1002 nozzle the same as the 1002N nozzle?

They should not be considered automatically interchangeable. Standard 1002 and 1002N references may use different part numbers and structures. Always verify the complete nozzle code and existing part number.

Q4: What information is required for an accurate quotation?

Please provide the nozzle model, part number, machine model, placement-head type, existing nozzle photographs, required quantity, requested condition, delivery country, and expected delivery time.

Q5: Why does a new nozzle still produce pickup errors?

Possible causes include incorrect nozzle selection, feeder misalignment, unsuitable pickup height, blocked vacuum lines, incorrect component data, damaged carrier tape, unstable component surfaces, or contamination inside the nozzle holder.

Contact Us

Contact us for Panasonic 1002 KXFX037TA00 nozzle quotations, compatibility verification, sample orders, mixed-model purchasing, or bulk requirements.

For faster confirmation, please include:

• Nozzle model.
• Complete part number.
• Machine model.
• Placement-head type.
• Existing nozzle photographs.
• Required quantity.
• Requested product condition.
• Additional SMT spare-parts list.
• Delivery destination.
• Required delivery date.

We support single-piece inquiries, mixed nozzle orders, maintenance spare-parts lists, and bulk purchasing requirements for electronics manufacturers, EMS factories, machine service companies, and international distributors.

Send your detailed inquiry for accurate model confirmation, competitive quotation, protective export packaging, and professional SMT spare-parts support.