As per statistics – For about, 30,000 individual parts pass into the production of a single vehicle, and each of these parts must be subjected to rigorous tracking.
Barcode labelling is one convenient method for quickly adding and identifying information to a particular part. Traceability when it comes to the inspection of the automotive industry is essential, it goes without saying that labels must be thoroughly verified before being added to a part, as well as during various stages of production.
What is Barcode Labelling in the Auomative Industry?
Barcode labelling stands static in the operational efficiency and quality control mechanisms within the automotive industry. Its importance cannot be overlooked as the role of barcode labelling is a must for enhancing traceability, inventory management, and overall productivity.
With complex assembly lines and diverse components, the automotive sector relies on barcode labelling to accurately track parts, monitor production progress, and manage inventory levels seamlessly. These labels encode vital information like part numbers, manufacturing dates, batch details, and specifications, enabling quick identification and reducing the margin for errors in picking, packing, and shipping processes.
Moreover, barcode labelling systems streamline supply chain management!
The best part – Barcode labelling also offers in just-in-time deliveries and ensures compliance with strict industry standards and regulations.
Why is Barcode Labelling Important in the Automotive Industry?
1. Ensured traceability and Identification:
Barcode labels encode essential information such as part numbers, manufacturing dates, batch details, and specifications. This information allows for accurate and swift identification of components, aiding in traceability throughout the supply chain, from manufacturing to distribution and aftermarket services.
2. Helps in shipping and logistics:
Barcode labels play a significant role in shipping and logistics processes within the automotive industry. They enable accurate picking, packing, and shipping of products, reducing shipping errors, expediting deliveries, and enhancing overall supply chain efficiency.
3. Efficiency in production and assembly line:
Barcode labeling systems facilitate efficient assembly line processes. They help track the movement of parts along the production line, ensuring that the right components are used at the right stages of manufacturing, minimizing errors, and enhancing overall production efficiency.
4. Minimal costs:
Barcodes add tremendous value in the automotive industry, as the upfront investment is not large compared to systems that are being used for the quality inspection.
Barcode labels reduce the time and resources utilized in searching for and installing parts, reduce the risk of errors, and improve communication between machines and employees.
5. Eliminates human error:
Barcode labels eliminate the possibility of human error. The chances of errors for manually entered data are significantly higher than that of barcodes. A barcode scan is fast and reliable and takes infinitely less time than entering data by hand.
6. Barcode provides better data:
Since one barcode can be used for inventory and pricing information, it is possible to quickly obtain data on both. However, barcodes can be customized to contain other relevant information as needed. They provide fast, reliable data for a wide variety of applications.
7. Quality control:
Barcodes assist in implementing quality control measures by providing instant access to data regarding the origin, quality checks, and specifications of parts or components. This aids in detecting defects or irregularities, enabling prompt corrective actions and ensuring adherence to quality standards.
AIAG mandates in automotive landscape
The Automotive Industry Action Group (AIAG) stands as a prominent authority, setting forth guidelines and mandates that shape the operational framework for automotive manufacturers & suppliers.
An Automotive Industry Action Group standards are as following,
1. “B-10” for shipping containers is a specification related to the structural strength of shipping containers, particularly their ability to withstand stacking pressures.
The B-10 guideline often indicates that a container should be able to endure a static load, usually measured in pounds per square inch (psi), without experiencing failure for at least ten years of service under normal conditions.
Variable data integrity, which includes batch or lot code.
Detection of missing or duplicated barcodes.
Can deal with highly reflective surfaces.
2D data matrix code/ QR code verification.
Database matching.
Real time tracking of each part and each process.
Provides VIN labels a restraint system that has,
An ability to check digits
Body type
Line series
Model year
2. “B-16” for tracing goods and data throughout the supply chain.
Inspection of batch codes.
Verification for laser marking missing, value mismatching.
Usage of the OCR and OCV technique for marking smudging verification.
Variable data integrity such as batch/lot code, weight.
Detection of missing or duplicated laser markings.
Verification of 2D Data Matrix code and QR code.
Database matching.
Can handle reflective surfaces with ease.
OptoPixel : Your partner in personalized automotive labelling
OptoPixel’s custom automotive labels are meticulously crafted to meet these exacting standards whether it’s for parts identification, compliance with regulatory requirements, or enhancing branding. Our custom approach ensures that each label is designed with precision to withstand the demanding environments within the automotive sector.
Our solutions are crafted to maintain readability and integrity, offering a reliable labelling solution for your automotive needs.
