YAMAHA KGB-M713S-AXX Standard Shaft 2 Precision Mechanical Nozzle Shaft for YV100XG Pick-and-Place Machine

The KGB-M713S-AXX Standard Shaft 2 is a precision nozzle-shaft spare developed for use in YV100XG pick-and-place machine nozzle mechanisms. Positioned between the nozzle assembly and the related head-driving structure, this component helps maintain controlled vertical movement, accurate nozzle positioning, and stable component pickup during continuous SMT production.

A worn, bent, contaminated, or incorrectly matched nozzle shaft may cause irregular nozzle movement, unstable vacuum pickup, component dropping, placement deviation, and unexpected machine alarms. Replacing the affected shaft with a correctly matched KGB-M713S-AXX unit can help restore normal mechanical movement and reduce repeated production interruptions.

This product is suitable for SMT factories, equipment maintenance departments, repair service companies, and spare-parts distributors requiring dependable replacement components. Compatibility should always be confirmed by part number, machine model, shaft position, and sample appearance before ordering.

YAMAHA and YV100XG are referenced only to identify product compatibility. Unless specifically stated, the supplied product is not represented as being manufactured, authorized, or endorsed by the original equipment manufacturer.

The nozzle shaft works repeatedly during component pickup and placement. In high-volume SMT production, it may complete thousands of vertical movements during each operating shift. Although the component is designed for precision motion, long-term mechanical loading, contamination, incorrect handling, or insufficient maintenance may gradually affect its condition.

The nozzle shaft moves repeatedly as the placement head picks components from feeders and places them onto printed circuit boards. Extended operating cycles can gradually create wear on contact surfaces and related guiding areas.

When wear becomes excessive, the shaft may no longer move as smoothly as required. This can increase mechanical resistance and reduce placement consistency.

SMT production areas may contain dust, tape particles, adhesive residue, grease contamination, or fine debris. These contaminants can enter the nozzle or shaft area and interfere with free mechanical movement.

A contaminated shaft mechanism may show:

• Slow vertical return
• Intermittent sticking
• Uneven movement
• Increased friction
• Unstable nozzle height
• Repeated pickup errors

If a nozzle is installed with excessive force, incorrect alignment, or unsuitable tools, the shaft may receive side loading. Repeated side pressure can contribute to bending, surface damage, or accelerated wear.

The nozzle and shaft should always be installed according to the machine maintenance procedure.

A nozzle collision may occur because of an incorrect component height setting, warped PCB, unsuitable nozzle selection, feeder positioning error, or programming mistake. Even a minor collision can affect the straightness or movement of the nozzle shaft.

After a collision, operators should inspect the nozzle, nozzle shaft, holder, spring mechanism, and related head components.

Nozzle shafts with a similar appearance may have different dimensions, end structures, guiding positions, or installation requirements. Installing an incorrect shaft can lead to poor fitting, restricted movement, abnormal head operation, or damage to related components.

For this reason, selection based only on appearance is not recommended.

Aggressive polishing, unsuitable chemicals, hard scraping tools, or uncontrolled ultrasonic cleaning may damage precision surfaces. Cleaning should remove contamination without changing dimensions or surface condition.

If the nozzle mechanism is not inspected regularly, early signs of wear may remain unnoticed. The machine may continue operating until pickup performance becomes unstable or the shaft stops moving normally.

A preventive maintenance schedule can help identify problems before they cause extended production downtime.

The KGB-M713S-AXX Standard Shaft 2 provides a machine-specific replacement option for maintenance of the YV100XG nozzle mechanism. When the original shaft becomes worn, damaged, bent, or difficult to move, replacement can help restore the mechanical relationship between the nozzle and placement-head system.

The shaft supports controlled upward and downward nozzle movement during pickup and placement. Correct shaft fitting helps the nozzle move without excessive looseness or abnormal resistance.

A properly selected shaft helps maintain the intended nozzle position relative to the placement head. This supports stable pickup height, component handling, and placement repeatability.

Keeping KGB-M713S-AXX spare shafts in maintenance inventory allows technicians to replace damaged parts without waiting for emergency sourcing. This is especially useful for factories operating multiple production shifts.

The KGB-M713S-AXX part number allows purchasing and maintenance teams to identify the required component more accurately than ordering by appearance alone.

The product is supplied as an individual spare component, allowing maintenance personnel to replace the affected shaft instead of changing unrelated machine assemblies when the surrounding mechanism remains serviceable.

The shaft can be included in scheduled maintenance inventories for older or heavily used machines. Planned replacement may help reduce unexpected failures during important production orders.

Important: Exact dimensions, material composition, production condition, and package quantity should be confirmed before final order placement. Machine configurations may vary according to production year, head version, and maintenance history.

Before quotation or shipment, customers are advised to provide as much of the following information as possible:

Providing clear photographs from several angles is strongly recommended when the original label or part number cannot be confirmed.

The KGB-M713S-AXX nozzle shaft is primarily used in SMT placement equipment maintenance and repair. Its role is related to the nozzle movement mechanism that supports component pickup, transfer, alignment, and placement.

Suitable for production lines assembling:

• Mobile-device circuit boards
• Audio and video electronics
• Smart-home products
• Small household appliances
• Computer accessories
• Communication modules

These production environments often require consistent nozzle movement because many small components are placed at high operating speed.

Automotive electronic assemblies may require stable placement of resistors, capacitors, integrated circuits, connectors, and control components. Maintaining the nozzle shaft mechanism can help reduce interruptions during scheduled production.

Typical applications include:

• Vehicle control modules
• Lighting control boards
• Sensor assemblies
• Dashboard electronics
• Power-management boards
• Infotainment electronics

The product may be used in SMT lines manufacturing industrial controllers, automation modules, power supplies, monitoring equipment, and communication devices.

LED driver boards and lighting-control assemblies frequently use large quantities of repetitive surface-mounted components. Stable nozzle movement helps support continuous production and controlled component handling.

Placement machines used for routers, network modules, communication terminals, and wireless control products require dependable head movement. A damaged nozzle shaft should be replaced promptly to prevent repeated pickup failures.

Repair companies can stock KGB-M713S-AXX shafts for customer machine maintenance, head inspection, nozzle-mechanism servicing, and emergency replacement.

Distributors serving electronics factories can include this product in their SMT nozzle and placement-head spare-part portfolio. Clear part-number labeling helps simplify inventory control.

The nozzle shaft forms part of the mechanical structure that controls nozzle movement within the placement head. During production, the machine head travels to the feeder position, picks up a component, verifies its position, and places it onto the programmed PCB location.

The placement head travels to the selected feeder. The control program identifies the component, feeder location, nozzle type, and required pickup height.

The nozzle mechanism lowers toward the component. The shaft guides or supports this vertical movement according to the head design.

Smooth shaft movement is important because excessive resistance may affect pickup timing or nozzle height.

When the nozzle contacts or approaches the component, vacuum suction holds the part against the nozzle tip. Stable shaft positioning supports consistent contact and pickup conditions.

After the component has been picked, the shaft and nozzle move upward. The machine transfers the component toward the inspection and placement positions.

A shaft that sticks or returns slowly may cause component loss, alarm conditions, or cycle interruption.

Depending on the machine process, the component may be inspected or corrected before placement. Stable nozzle movement helps maintain the component in the required position during this stage.

The head moves above the programmed mounting location. The nozzle lowers, places the component onto the solder paste, releases the vacuum, and returns upward.

The mechanism repeats this process continuously. Because the shaft operates frequently, correct fitting, cleanliness, lubrication condition, and mechanical straightness are important for long-term performance.

Each product should be handled as a precision mechanical spare part. Inspection is focused on reducing common supply risks before packing and shipment.

The product surface is checked for visible damage, serious scratches, deformation, rust, contamination, and other obvious defects.

The order information is compared with the requested part number, product description, machine model, and shaft position.

Where a reference sample or clear photograph is provided, the shaft structure can be compared before shipment. This may include the overall profile, both ends, grooves, shoulders, and connection areas.

Where applicable, the shaft is checked for smooth mechanical condition and obvious deformation. Final machine performance depends on correct installation and the condition of the surrounding head mechanism.

The product is protected to reduce movement, impact, moisture exposure, and surface contact during international transportation.

Installation should be performed by trained SMT maintenance personnel. Incorrect handling may damage the shaft, nozzle, holder, spring mechanism, or placement head.

1. Stop the machine according to the approved safety procedure.
2. Disconnect or isolate power and air sources where required.
3. Confirm that the replacement part number is KGB-M713S-AXX.
4. Compare the replacement shaft with the removed part.
5. Inspect the nozzle, holder, spring, guide area, and nearby components.
6. Clean the installation area using an approved method.
7. Prepare suitable precision tools.

1. Avoid touching precision surfaces unnecessarily.
2. Do not force the shaft into the mechanism.
3. Keep the shaft correctly aligned during insertion.
4. Do not use hammers or uncontrolled impact tools.
5. Confirm that all retaining components are installed correctly.
6. Check that the shaft moves smoothly after assembly.
7. Confirm that no part is installed in the wrong direction.

1. Manually check movement where permitted.
2. Run the machine at reduced speed.
3. Observe nozzle upward and downward movement.
4. Check for abnormal noise or resistance.
5. Perform pickup testing with suitable components.
6. Verify nozzle height and placement condition.
7. Reconfirm related machine parameters when necessary.

Maintenance intervals should be determined according to machine usage, operating environment, production volume, component type, and internal factory procedures.

Selecting an SMT nozzle shaft requires more than checking whether two products look similar. Small differences in length, diameter, grooves, shoulders, end structures, or shaft position may affect installation and machine performance.

Use the complete part number:

KGB-M713S-AXX

Do not order only by the words “nozzle shaft” or “YV100XG shaft.” A placement head may use several shaft types.

This item is identified as:

STD, Shaft 2 Spare

Confirm that the machine requires Shaft 2 rather than Shaft 1 or another head component.

The stated application is the YV100XG pick-and-place machine. If your machine is a different model, provide the exact machine identification before ordering.

Photograph the removed shaft from the following angles:

• Full side view
• Top-end view
• Bottom-end view
• Groove or shoulder details
• Installation connection area
• Part label or packaging label

When the original part number is unclear, provide measurements including:

• Overall length
• Maximum diameter
• Minimum diameter
• Groove location
• Shoulder position
• End diameter
• Connection depth

Use a suitable precision measuring tool rather than a standard ruler.

Specify whether you require:

• New original condition
• New compatible replacement
• Refurbished condition
• Used working condition
• Sample-development service

Availability depends on the quotation and inventory situation.

For an urgent maintenance replacement, a small trial order may be appropriate. For distributors or factories with multiple machines, batch purchasing may reduce repeated sourcing and shipping costs.

A professional supplier understands that SMT machine components often appear similar but may not be interchangeable. Accurate communication before shipment is therefore an important part of the supply process.

Customers can provide part numbers, machine models, photographs, dimensions, or samples for comparison.

Orders can be arranged for maintenance users, repair companies, production factories, and spare-parts distributors.

Protective packing and commonly used international shipping methods can be arranged according to destination and urgency.

The nozzle shaft can be ordered together with other SMT nozzles, shafts, holders, feeder components, belts, sensors, filters, motors, and machine spare parts to simplify purchasing.

A complete inquiry containing the part number, quantity, machine model, condition requirement, and delivery destination allows faster quotation preparation.

The KGB-M713S-AXX shaft is a precision mechanical item and should be protected against bending, impact, contamination, and uncontrolled movement during transportation.

• Individual protective wrapping
• Suitable inner bag or small box
• Product identification label
• Shock-resistant internal material
• Reinforced outer carton for international shipment
• Quantity verification before sealing

Shipping arrangements depend on order quantity, product condition, delivery destination, urgency, and customer instructions.

The product is identified as a Standard Shaft 2 nozzle shaft for YV100XG pick-and-place equipment. However, machine heads and configurations may differ. Please provide the full machine model, original shaft photographs, and part number before ordering so compatibility can be checked.

“STD” indicates the standard configuration description, while “Shaft 2” identifies the shaft position or type within the related nozzle mechanism. It is important to distinguish Shaft 2 from other shaft components that may look similar but use different structures.

A trial order may be arranged depending on stock and supply condition. Testing one unit is recommended when the original part number is unclear, the machine has been modified, or the customer is purchasing this item for the first time.

Please send the required quantity, part number KGB-M713S-AXX, machine model, product condition requirement, delivery country, and clear photographs of the original shaft. Providing complete information helps improve quotation speed and compatibility confirmation.

The shaft may solve problems caused by shaft wear, contamination, bending, or restricted movement. However, pickup errors may also involve the nozzle tip, holder, vacuum system, sensor, spring, feeder, component data, or machine settings. A complete inspection is recommended.

Need a dependable KGB-M713S-AXX Standard Shaft 2 nozzle shaft for your YV100XG pick-and-place machine?

Send us the following information for a fast and accurate quotation:

• Required part number
• Machine model
• Required quantity
• Product condition requirement
• Photographs of the original shaft
• Delivery country
• Expected delivery schedule

We support trial orders, maintenance requirements, repair projects, distributor purchases, and consolidated SMT spare-parts orders. Contact our sales team today to confirm availability, compatibility, packing, lead time, and shipping options.