CyberOptics 064644 SMT Laser Alignment Sensor with Non-contact Detection for Component Position Checking on Compatible SMT Placement Equipment

The CyberOptics 064644 laser alignment sensor is a precision optical sensing component used in compatible SMT placement and electronic assembly equipment. Identified by the reference markings 0144717 and DE3340084C2, the sensor is designed to support component centering, positional inspection, alignment verification, and placement correction during automated production.

In an SMT placement process, even a small error in component position, rotation, nozzle movement, or sensing response may affect placement accuracy and line stability. This optical sensor performs non-contact detection, helping the machine control system evaluate the position or profile of a component before it is mounted onto the printed circuit board.

The compact sensor assembly is suitable for maintenance, equipment restoration, spare-parts stocking, and replacement of damaged or unstable alignment modules. Because connector type, mounting position, calibration requirements, and machine configuration may vary, buyers should confirm the complete label, appearance, connector, dimensions, and original installation position before ordering.

Modern SMT production requires components to be picked, recognized, centered, rotated, and placed within controlled tolerances. The alignment sensor is an important part of this process because it helps the placement equipment determine whether the component is correctly positioned before final placement.

A malfunctioning alignment sensor may not always stop the machine immediately. In some cases, it can first cause intermittent recognition errors, repeated correction movements, unusual component rejection, lower placement speed, or inconsistent production results.

Replacing an unstable sensor at the correct maintenance stage can help reduce unnecessary troubleshooting and prevent the alignment problem from affecting other machine modules.

An SMT optical alignment sensor operates in a demanding industrial environment. Continuous machine movement, dust, vibration, electrical connections, production residues, and incorrect adjustment can gradually influence sensing performance.

Understanding the cause of the problem is important before replacing the sensor. A replacement part will provide the best result only when the machine wiring, controller settings, mounting structure, and optical path are also in suitable condition.

Dust, grease, adhesive residue, flux particles, and other production contamination may accumulate around the optical window. This can weaken the emitted or received optical signal and lead to inconsistent component detection.

Long-term operation may reduce the stability of the internal light-emitting or light-receiving elements. The sensor may still operate but provide weaker or irregular detection results.

Repeated machine movement may loosen a connector, damage a cable, or create an intermittent electrical connection. The resulting symptom may appear similar to a sensor failure.

If the sensor has been removed, impacted, or installed without correct alignment, the optical detection path may no longer match the original machine setting.

Loose mounting screws, worn brackets, or nearby mechanical movement may cause the sensor position to change during production.

Sensor performance depends on communication with the machine controller. Incorrect parameters, missing calibration data, or control-board problems may affect the sensor response.

Improper maintenance, dropped tools, collision with moving assemblies, or incorrect installation may damage the sensor housing or internal optical structure.

High temperature, moisture, excessive dust, oil mist, and unsuitable cleaning chemicals may shorten the service life of optical sensing parts.

The CyberOptics 064644 sensor provides a replacement option for compatible machines using the same part number, physical configuration, connector arrangement, and optical alignment structure.

A proper replacement process should not rely on the part number alone. Buyers and maintenance engineers should compare all visible identification information and installation details before confirming an order.

The correctly matched sensor may help restore:

• Consistent component-centering performance.
• Stable non-contact optical recognition.
• Reliable component presence checking.
• Accurate correction before PCB placement.
• Reduced false rejection and repeated recognition.
• More predictable machine cycle time.
• Improved placement-process stability.
• Faster recovery from sensor-related downtime.
• Better spare-parts availability for older equipment.
• Easier preventive-maintenance planning.

The sensor uses a non-contact optical method to support component alignment without applying additional mechanical force to the component.

The combined markings 064644, 0144717, and DE3340084C2 allow maintenance teams to compare the replacement unit with the installed part.

The sensor can be used for repair, preventive maintenance, production-line recovery, and spare-parts inventory management.

Its compact configuration is designed for integration into a machine alignment or recognition assembly where installation space is limited.

Keeping the correct sensor in stock can help maintenance teams respond faster when alignment errors interrupt production.

Buyers can submit label photographs, connector images, machine information, and mounting details for pre-order comparison.

The following table is prepared for product-listing and inquiry purposes. Parameters not shown on the product label should be confirmed according to the original sensor, machine manual, or physical sample.

The CyberOptics 064644 alignment sensor is intended for industrial electronic-assembly applications where automated equipment needs optical information before a component is placed.

The sensor may be installed in compatible placement equipment to check component position after pickup and before placement.

It can support centering operations by detecting component edges, profiles, or positional differences.

The machine controller can use the sensor signal as part of its correction process before the component reaches the PCB placement location.

The sensor is suitable for maintenance projects involving damaged, aged, contaminated, or unstable alignment assemblies.

Factories operating older or continuously used equipment may keep this item as a critical spare part to reduce downtime.

EMS factories can use properly matched sensing components to support stable operation across high-mix and repetitive production environments.

Production lines manufacturing control boards, sensors, lighting modules, and communication assemblies require stable placement and inspection processes.

The sensor may support machines used for PCB assembly in communication equipment, household electronics, industrial controls, and related products.

Accurate alignment is important when placing components onto PLC boards, power-control boards, drive modules, and automation-system assemblies.

Independent SMT service companies may use the sensor for machine troubleshooting, repair, parts replacement, and production-line recovery.

The exact machine sequence depends on the equipment design, but a typical SMT optical alignment process includes the following stages.

The placement head moves to the feeder or component supply position. A nozzle creates vacuum and picks up the component.

The placement head moves the component toward the alignment or recognition area.

The alignment sensor emits and receives an optical signal. As the component passes through or near the detection area, the sensor evaluates its position, edge, outline, or presence.

The detected optical information is transferred to the machine control system. The control system compares the measured position with the programmed reference.

When the component is not perfectly centered, the machine calculates the required X-axis, Y-axis, or rotational correction.

The placement head adjusts the component position before final placement.

The corrected component is placed onto the programmed PCB location.

The sequence repeats for the next component according to the production program.

Selecting an industrial optical sensor by appearance alone can result in incorrect ordering. Similar sensor housings may have different internal configurations, connectors, cable arrangements, signal outputs, or calibration requirements.

Use the following selection procedure before placing an order.

Check whether the original sensor clearly shows 064644. This should be used as the primary inquiry number.

Check whether 0144717 and DE3340084C2 are visible on the original unit. These references help distinguish similar-looking products.

Submit the complete machine brand, model, version, and serial number when available. Do not rely only on the equipment family name.

Photograph the sensor before removal. The surrounding bracket, cable direction, optical opening, and mounting orientation may provide important compatibility information.

Provide clear photographs of the front, side, and pin arrangement of the connector. A similar housing with a different connector may not be compatible.

Check the body shape, screw-hole positions, optical opening, cable exit direction, and mounting surface.

A cable that is too short, too long, or routed in the wrong direction may interfere with machine movement.

State whether you require a new, tested used, repaired, or refurbished unit. Available condition depends on current inventory.

Providing the required quantity and target delivery date allows faster stock checking and quotation preparation.

Some machines require sensor alignment, reference adjustment, or calibration after replacement. Follow the machine maintenance procedure.

The sensor should be installed by qualified SMT maintenance personnel. Incorrect installation may affect optical alignment, electrical connection, or machine calibration.

• Do not touch the optical area with bare fingers.
• Do not clean the sensor with aggressive chemicals.
• Do not pull or twist the cable during removal.
• Do not force an unmatched connector into the machine.
• Do not change machine parameters without recording the original values.
• Do not operate the equipment before completing the required calibration.
• Keep removed parts in antistatic and protective packaging.
• Use clean, suitable optical-maintenance materials when necessary.

A professional supply process should include identification and visual inspection before dispatch.

The sensor is a precision industrial component and should be protected against impact, moisture, static electricity, and pressure during transportation.

Shipping arrangements may include express courier, air freight, or consolidated shipment according to order quantity, destination, and delivery requirements.

To reduce repeated communication and improve quotation accuracy, please provide the following information in the first inquiry:

The 064644 sensor is used as an optical or laser alignment component in compatible SMT equipment. Its function may include component presence detection, position checking, centering, profile recognition, and alignment correction before a component is placed onto the printed circuit board.

They should be treated as additional identification or reference markings unless the original machine documentation states otherwise. For ordering, use 064644 as the main inquiry number and provide photographs showing every label and marking on the original sensor.

Compatibility depends on the machine configuration, connector, mounting arrangement, control system, and installed alignment module. The exact machine model should not be assumed from the sensor number alone. Please provide the machine nameplate and original sensor photographs for comparison.

Installation may require mechanical alignment, cable checking, machine calibration, parameter verification, or a recognition test. The work should be completed by qualified maintenance personnel according to the machine’s service procedure.

Please provide the required quantity, machine model, machine serial number when available, original sensor label, connector photograph, cable arrangement, installation position, and preferred condition. These details help confirm the correct product and reduce the risk of ordering an incompatible sensor.

Looking for the CyberOptics 064644 laser alignment sensor with reference markings 0144717 and DE3340084C2?

Send us your required quantity, machine model, original sensor photographs, connector details, and delivery destination. Our sales team will compare the identification information, check available supply, and prepare a suitable quotation.

We support:

• Product-identification assistance.
• Actual-product photograph confirmation.
• Connector and housing comparison.
• Small-quantity maintenance orders.
• Multiple-part consolidated purchasing.
• Urgent spare-parts inquiries.
• Protective international packaging.
• Worldwide delivery arrangements.

Contact us today for availability, product condition, lead time, and quotation.

Trademark Notice

CyberOptics and any related machine or product names are trademarks of their respective owners. They are used only to identify product compatibility and maintenance requirements. No authorization, ownership, or official affiliation is implied.