Panasonic 102031200508 Precision Slide Cam L with Precision Motion Profile for AVKII AI Machine Left-Side Position

Panasonic 102031200508 Precision Slide Cam L for AVKII AI Machine

The Panasonic 102031200508 Slide Cam L is a precision mechanical motion component designed for compatible AVKII and AVK2 automatic insertion equipment. It is commonly installed in the machine’s slide mechanism, where its shaped working surface helps guide and control repeated mechanical movement during component-processing operations.

A slide cam must maintain accurate contact, controlled travel, and consistent positioning throughout continuous production cycles. Wear, surface damage, incorrect alignment, contamination, or unsuitable replacement parts may cause irregular motion, increased resistance, abnormal noise, positioning errors, or unexpected equipment stoppage.

Part number 102031200508 is commonly identified as the left-side Slide Cam L and may also be referenced as CAM (SLIDE) or MTPA018383AA in certain parts records. The corresponding right-side slide cam is commonly associated with part number 102031200108 or MTPA018384AA.

For accurate ordering, customers should verify the machine model, machine serial number, installed position, original part number, physical shape, mounting points, and old component photographs.

The Slide Cam L is used as a motion-guiding component inside a compatible automatic insertion machine mechanism. Its working profile interacts with related rollers, pins, levers, guides, or sliding members to convert machine input movement into controlled mechanical travel.

During normal operation, the cam helps the mechanism move through a defined path. This controlled path is important because automatic insertion equipment performs repeated operations at production speed. Even a small change in cam profile, surface condition, alignment, or mounting position may influence the motion of connected components.

The 102031200508 Slide Cam L can support the following mechanical functions:

• Guiding a related sliding member through a controlled path.
• Supporting repeatable mechanical positioning.
• Transferring motion within the insertion mechanism.
• Maintaining coordinated movement between connected components.
• Reducing uncontrolled side movement when correctly installed.
• Supporting stable operation during repeated production cycles.
• Restoring the machine mechanism during repair or overhaul.
• Providing a clearly identified replacement for inventory control.

The exact operating action depends on the machine configuration and assembly position. Customers should refer to the original equipment parts diagram and maintenance documentation before installation.

The slide cam works through repeated contact with other moving machine components. Over time, the working surface may develop wear, polishing, grooves, impact marks, or deformation. These changes can alter the intended movement of the mechanism.

A correctly selected and properly installed slide cam helps maintain:

The slide cam should not be evaluated independently. Rollers, pins, guides, shafts, levers, holders, springs, and mounting hardware should also be checked because wear in one component may affect the entire mechanism.

Continuous production creates repeated contact between the cam surface and related moving components. Normal wear can gradually change the working profile or surface finish.

If the slide cam, roller, guide, or mounting base is not aligned correctly, the contact load may concentrate on one area. Uneven contact may accelerate wear and create abnormal movement.

A seized, worn, or deformed mating roller may scrape the cam instead of moving smoothly across its surface. Replacing only the cam without checking the related roller may result in rapid repeat failure.

Dust, grease residue, metal particles, or production contamination may collect around the sliding mechanism. Contamination can increase friction and interfere with normal movement.

Too little lubrication may increase friction, while unsuitable or excessive lubricant may attract contamination. Lubrication should follow the machine manufacturer’s maintenance procedure.

Loose screws, locating pins, or brackets may allow the cam to shift during operation. Movement at the mounting point can affect the mechanical path and damage nearby parts.

A visually similar cam may have a different profile, thickness, hole position, orientation, or travel curve. Installing an incorrect part may create interference or inaccurate movement.

A jammed component, incorrect adjustment, broken guide, or foreign object may cause the mechanism to collide with the slide cam and damage its working surface.

Replacing a worn or damaged slide cam with the correctly identified 102031200508 Slide Cam L can help restore the intended motion path of a compatible AVKII or AVK2 automatic insertion machine.

However, successful replacement requires inspection of the complete slide mechanism. Simply installing a new cam without identifying the original failure cause may result in continued abnormal operation or early wear.

A recommended maintenance process includes:

1. Stop the machine according to the approved safety procedure.
2. Confirm the machine model and serial number.
3. Identify the left-side cam installation position.
4. Record the old part number before removal.
5. Photograph the original assembly and installation direction.
6. Inspect the old cam surface and wear pattern.
7. Check the related roller, pin, guide, lever, shaft, spring, and bracket.
8. Clean the mounting surface and surrounding mechanism.
9. Compare the replacement part with the removed component.
10. Install the cam in the correct orientation.
11. Tighten mounting hardware according to the equipment standard.
12. Check clearance and mechanical movement manually.
13. Perform a low-speed test before full production.
14. Observe motion, noise, vibration, and positioning.
15. Inspect the mechanism again after the initial test cycle.

This complete procedure helps reduce repeat repairs and protects the replacement component from damage caused by other worn machine parts.

The primary part number 102031200508 supports accurate purchasing, maintenance documentation, quotation preparation, warehouse labeling, and spare-parts control.

The product is commonly identified as Slide Cam L. Clear left-side identification helps distinguish it from the related right-side slide cam.

The shaped cam profile is intended to control the movement of connected mechanical components through a defined operating path.

The part is commonly associated with AVKII and AVK2 automatic insertion equipment. Machine-specific verification reduces ordering errors.

The slide cam can be kept in maintenance inventory for planned replacement before excessive wear causes machine stoppage.

It can be included in a complete slide-mechanism repair together with rollers, pins, guides, springs, levers, and mounting components.

When properly selected, aligned, and installed, the cam supports smooth and repeatable mechanical travel.

The clearly defined part number is suitable for international purchasing, quotation, packing, and shipment documentation.

Exact dimensions, material grade, surface treatment, hardness, and machine revision should be confirmed through the approved drawing, original sample, equipment parts list, or supplier quotation.

The Panasonic 102031200508 Slide Cam L is used in compatible electronic component automatic insertion equipment. It is mainly required during machine maintenance, motion-mechanism repair, preventive replacement, or equipment refurbishment.

• Consumer electronics manufacturing.
• Automotive electronics assembly.
• Industrial control board production.
• Home appliance PCB manufacturing.
• Power supply assembly.
• Lighting electronics production.
• Communication equipment manufacturing.
• Contract electronics manufacturing.
• Electronic machine maintenance.
• Automatic insertion equipment refurbishment.

The Slide Cam L forms part of a mechanical motion system. Its shaped working profile controls the position or travel of a connected roller, pin, lever, or sliding member.

The machine drive system produces movement through a motor, shaft, linkage, cylinder, or other actuator depending on the assembly design.

The slide cam moves or receives contact from a related mechanical follower. Its profile determines how the connected mechanism changes position.

A roller, pin, lever, or guide follows the shaped working surface of the cam. Correct contact allows movement to remain controlled and repeatable.

The connected mechanism travels through the required operating path. This movement may support positioning, transferring, forming, guiding, or another machine action according to the assembly.

After completing the operating stroke, the mechanism returns to its starting position through the machine drive, spring force, linkage, or reverse motion.

The sequence repeats during automatic production. Cam condition, alignment, lubrication, and follower condition influence the consistency of every cycle.

Because the slide cam forms part of an interconnected mechanism, abnormal movement may be caused by the cam or by another component in contact with it.

Maintenance personnel should inspect the cam when any of the following conditions appear:

These symptoms do not always prove that the cam is defective. A complete mechanism inspection should be performed before ordering replacement parts.

• Keep the slide mechanism free from loose particles.
• Listen for unusual contact or impact noise.
• Observe whether the mechanism moves smoothly.
• Check for visible looseness or abnormal vibration.
• Record recurring machine alarms.

• Inspect the cam working profile.
• Check for grooves, scratches, chips, cracks, or deformation.
• Inspect the contacting roller or pin.
• Confirm that the follower rotates or moves freely.
• Check guide clearance and mounting stability.
• Verify that fasteners remain secure.
• Clean old residue according to the maintenance procedure.
• Apply only the specified lubricant when required.
• Compare mechanism movement with normal machine operation.
• Record inspection and replacement dates.

• Confirm correct left-side installation.
• Check that the cam does not interfere with nearby components.
• Move the mechanism manually where permitted.
• Perform a low-speed machine test.
• Observe the complete operating stroke.
• Check noise, vibration, resistance, and return movement.
• Inspect the cam after initial test operation.
• Release the machine for production only after successful verification.

Confirm that the required number is exactly 102031200508. Similar-looking numbers may identify a different cam, side, revision, or machine assembly.

This product is commonly identified as Slide Cam L, meaning the left-side cam. Confirm the installation side from the machine parts diagram.

Some spare-parts records associate 102031200508 with MTPA018383AA. Provide both numbers when requesting compatibility confirmation.

Confirm whether the machine is AVKII, AVK2, or another related automatic insertion machine configuration.

Machines with the same model name may contain different parts because of production revisions or mechanism updates.

Compare the following details with the removed cam:

• Overall profile.
• Mounting-hole quantity.
• Hole location.
• Component thickness.
• Left and right orientation.
• Working-surface shape.
• Locating features.
• Part-number marking.

Do not confuse 102031200508 with the right-side slide cam, commonly referenced as 102031200108.

Check the follower roller, pin, guide, lever, spring, shaft, and bracket. Replacing related worn parts together may provide a more reliable repair.

State whether you require original new stock, an approved replacement, or another condition. The quotation should clearly describe the supplied product.

Photographs of the old cam, mounting position, part-number label, and machine nameplate can help reduce selection errors.

The left and right slide cams may appear similar but can have different profiles, orientations, or mounting details. They should not be treated as interchangeable without technical confirmation.

The product label, quotation, packing list, and shipping documents should consistently identify part number 102031200508.

Before shipment, the component should be checked for:

• Visible cracks.
• Edge damage.
• Deformation.
• Abnormal corrosion.
• Mounting-hole damage.
• Surface contamination.
• Impact marks.
• Packaging condition.

When an approved sample or drawing is available, the product profile and mounting features can be compared before shipment.

The cam should be individually protected to prevent contact damage during transportation.

The packed quantity should be checked against the customer purchase order and packing list.

As a precision mechanical part, the Slide Cam L should be protected from impact, moisture, scratching, and contact with other metal components during shipment.

1. Confirm the part number.
2. Inspect the product surface.
3. Protect the working profile.
4. Place the component in individual inner packaging.
5. Apply a clear part-number label.
6. Use cushioning material inside the export carton.
7. Verify the quantity before sealing.
8. Prepare the commercial packing list.

• International express courier.
• Air freight.
• Combined shipment with other AI machine parts.
• Customer-appointed freight service.
• Consolidated export shipment.

The most suitable method depends on order quantity, destination, required delivery date, and customer shipping instructions.

For faster quotation and compatibility checking, please provide:

Complete information helps reduce quotation delays and prevents purchasing the wrong machine revision.

102031200508 is commonly identified as Slide Cam L or CAM (SLIDE). It is a left-side mechanical motion component used in compatible automatic insertion machine assemblies. Some parts records also associate it with cross-reference MTPA018383AA.

The component is commonly listed for AVKII and AVK2 automatic insertion equipment. However, compatibility may vary according to machine serial number, production revision, and assembly position. Always check the equipment BOM and old part before ordering.

No. Part number 102031200508 is commonly identified as the left slide cam, while 102031200108 is commonly identified as the right slide cam. They should not be interchanged unless the machine documentation specifically confirms compatibility.

Replacement should be considered when the cam has excessive wear, grooves, impact damage, deformation, abnormal contact marks, or when the related mechanism shows irregular movement. Inspect the roller, pin, guide, and mounting components before installing a new cam.

Please provide the full part number, machine model, machine serial number, required quantity, photographs of the old cam, installation position, destination country, and preferred product condition. Clear information allows faster and more accurate compatibility confirmation.

SMT PARTS SUPPLY LTD supplies automatic insertion machine components, AI machine spare parts, slide cams, cutters, guides, pins, rollers, springs, sensors, motors, feeders, control boards, and other electronics production equipment parts.

For a quotation for Panasonic 102031200508 Slide Cam L, please send:

• Full part number.
• Product name.
• Machine model.
• Machine serial number.
• Required quantity.
• Old part photographs.
• Installation-position photograph.
• Destination country.
• Required delivery schedule.
• Product condition requirement.

Our team can assist with part-number checking, left-and-right position comparison, related component identification, packaging, and international shipment arrangements.

Trademark Notice: Panasonic, AVKII, AVK2, and related names are trademarks or product identifiers belonging to their respective owners. These names are used only to identify equipment compatibility and replacement-part applications. Product source, condition, and authenticity should be confirmed in the formal quotation.