Use Case

Preventing incorrect part installation using RFID component verification


Installing an inaccurate part in a vehicle compromises manufacturing quality and safety. Using barcode scanners, mobile computers, and RFID sleds solves this pervasive challenge by verifying component serial numbers before final installation occurs.

A worker uses a handheld RFID scanner to verify a batch of components in a bin before they are brought to the assembly line for installation.

High risks of incorrect part installation and errors

In the fast-paced manufacturing industry, tracking individual parts to specific vehicles is a daunting task. A common yet critical business challenge occurs when factory workers attach a component bearing an inaccurate serial number to a vehicle. For example, an employee might assemble the appropriate airbag model that mistakenly carries an unmatched serial identifier.

Manual verification or unverified assembly processes leave room for these critical sources of error. Failing to catch these serial number mismatches leads to severe negative consequences for automotive manufacturers. Facilities face high costs associated with expensive rework and lost revenue from delayed production timelines. Compromised vehicle safety creates customer dissatisfaction and introduces significant operational bottlenecks.

The component verification solution

To address the pervasive challenge of mismatched components, facilities can deploy barcode scanners, mobile computers, and RFID sleds in a coordinated verification workflow. Barcode scanning helps prevent immediate manual assembly errors before installation, while handheld RFID reading gives inspectors a practical way to verify RFID-tagged safety critical components after they have been installed. Working together in sequence, these technologies automate serial number verification on the assembly line, helping prevent incorrect part installations, improve product safety, and optimize manufacturing quality across the entire operation.

Potential benefits

Implementing this automated verification process transforms assembly line challenges into tangible and quantifiable business improvements. By relying on highly accurate tracking technologies, manufacturing facilities can expect clear operational advancements and stronger quality control.

Prevents incorrect part installations

eliminates a critical source of error in the assembly process

Improves product safety and quality

for higher confidence in finished goods

Enhances traceability

with an accurate digital footprint 

 

 

How the solution works

An automotive worker confirms the correct installation of an RFID-tagged component inside a vehicle using a fixed reader, ensuring traceability and quality.

Trigger immediate alerts with Barcode Scanners

At the workbench or assembly line, workers use high-performance barcode scanners to scan components as they are physically installed. This step ensures that the operator is mounting the correct model of a component. If they scan an incorrect part number, the system alerts them immediately before they proceed.

Verify installed components

At a later inspection stage, workers use a mobile computer paired with an RFID sled to read RFID tags on safety critical components after those components have already been installed inside the vehicle. Because the component may no longer be visible or easily accessible, the operator can wave the handheld device near the installation area to capture RFID data without relying on line-of-sight scanning. This helps inspection teams identify serialization errors and hidden component mismatches by comparing the RFID read against the expected vehicle build record.

Optimize component verification to prevent incorrect part installation

Investing in advanced component verification yields significant strategic value by reducing rework and elevating product safety. Manufacturers experience streamlined production cycles, reduced financial losses, and a higher standard of operational excellence across their facilities.

Let's discuss how Zebra's solution can work for you

Note:

Use case figures, savings estimates and images are illustrative only and may be derived from customer data, projections, or controlled testing. They do not represent guaranteed results, and actual outcomes will vary by application; customers should consult a Zebra sales representative to evaluate their specific environment.