A manufacturer introduces a new product variant. The product code changes, the label needs updating, and the production team must ensure that the correct information appears on every label.
But updating the label artwork is only one part of the process.
Does the label material suit the application? Are the printer and ribbon compatible? Does the revised template contain the correct information? And will every production line use the approved version?
Each of these elements affects the final outcome: getting the right label onto the right product, with information that can be read and relied on.
For manufacturers managing multiple products, packaging formats or production locations, these connections matter. An integrated labelling approach brings label manufacturing, printing technology, consumables and software together to support a more consistent labelling process.
A label used on a warehouse carton has different requirements from one attached to a component exposed to heat, moisture, chemicals or repeated handling.
Choosing the right label involves more than selecting its size or design.
Think about:
A label that peels, fades or becomes difficult to read can affect identification and tracking, even when the printer is functioning correctly.
We have seen this with one of our clients, who experienced an issue with a label applied to a product before shrink-wrapping. When the product passed through the heating process, the printed information faded.
It’s a reminder that a label that works in one application may not be suitable for another. The label material, ribbon and printing method must all be appropriate for the conditions the label will encounter.
Choosing a suitable label is only part of the process. The ribbon must be compatible with the label material and the printer settings must suit the printing requirements.
In thermal transfer printing, for example, the ribbon transfers the image onto the label. The choice of ribbon and label material affects print quality and durability. Printer resolution, speed, settings and printhead condition also influence the output.
A mismatch can result in faded printing, blurred barcode edges, smudging or inconsistent results.
Barcode quality also deserves attention. A barcode that scans successfully is not necessarily one that meets a specified print-quality standard. Where formal assessment is required, a barcode verifier can assess the printed barcode against defined criteria.
Treating the label, ribbon, printer settings and verification as part of the same process helps reduce avoidable print-quality issues.
A common misconception is that if a barcode scans correctly, the label must be correct. But that is not necessarily true.
Take the case of a manufacturer updating a product specification. One production line receives the revised label template, while another continues using an older version saved on a local computer.
Both labels may scan correctly. However, one may carry outdated information.
The risk can be especially serious when similar products use a common label template. For example, in a chemical manufacturing plant, two products may use the same label design, with only the product name and certain variable information differing. If the operator selects the wrong product during printing, the barcode may still scan correctly, but the label could identify the wrong product. This could result in the wrong product being dispatched to the customer.
In other words, barcode readability does not mean label accuracy.
Print-quality checks alone cannot establish whether the correct template was used or that the information printed was accurate. You also need a controlled way to create, approve, update and distribute label designs.
For a business printing a small number of straightforward labels, a simple well-controlled process may be sufficient.
It becomes more complex when you manage multiple products, frequent label revisions, variable data or printing across several workstations and locations.
Label management software can help bring these activities under better control through capabilities such as:
Raj Barcode’s Label Management System offers cloud-based label design and printing with features such as centralised template management, revision control, role-based approvals, and integration with business systems and supported data sources. The software also complies with US FDA 21 CFR standards.
Together, these capabilities help you manage label designs and information more consistently as products and operational requirements change.
An integrated approach considers the different elements of labelling together:
Label selection → Printing setup → Label design and data → Controlled printing → Quality checks
Each stage has a role to play:
The label management software can help coordinate the design, data and revision aspects of this process, while suitable printing technology and consumables support the physical output.
Not every manufacturer needs the same setup. A straightforward labelling application may require only suitable labels, a compatible printer and reliable consumables. More complex operations may benefit from centralised templates and system integration.
Integration alone does not eliminate errors. You still need to choose the right components, configure systems correctly and have appropriate quality checks.
When choosing a labelling supplier, consider whether they can:
The key is to find a labelling partner who understands your application, can recommend suitable components and can support your requirements as they evolve.
Raj Barcode Systems offers in-house label manufacturing, barcode and RFID based technologies, labels and ribbons and cloud-based label design and printing software. Our solutions also include barcode verification and print-and-apply systems for applications that require them.
Having these capabilities under one roof gives you a single point of contact for your labelling requirements. When a challenge involves multiple components, such as label material, ribbon compatibility and printing equipment, coordinating through one provider can simplify the process.
The starting point is to identify what your label needs to do, where it will be used and how it fits into the wider manufacturing process.
We begin by understanding your application, the operating environment and existing labelling challenges. We then recommend suitable labels, printers and software, providing samples for testing where needed.
To reduce manual intervention and minimise labelling errors, we explore options for integrating label printing with your business systems.
Working with one supplier for labels, printers, ribbons and software can simplify coordination and troubleshooting. It also gives manufacturers a single point of contact when an issue involves multiple components.
Yes, depending on the software’s integration capabilities and the ERP system. Integration can allow relevant product or production data to be retrieved for label printing, reducing repeated manual entry. The available functionality depends on the systems and how they are configured.
Frequent label changes, recurring printing issues, inconsistent label information across production lines, manual data entry and difficulties controlling label versions can indicate that the existing process needs reviewing. The right solution depends on the underlying problems and the level of control required.
A scanner reads a barcode to retrieve its encoded information. A verifier assesses the printed barcode’s quality against defined criteria. A barcode that scans successfully may not necessarily meet a specified print-quality standard.
Yes. Some manufacturers may need only suitable labels and printing equipment, while others may benefit from label management software or ERP integration. The appropriate combination depends on the application, existing systems and operational requirements.
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