Barcode Labels and Ribbon Details: What to Check Before You Order
Barcode labels and ribbon details to confirm before you order
Five details decide whether a printed barcode scans: the ribbon family, the label material, the winding direction, the ribbon width and the core size. If one is wrong, you can end up with smudged bars, a ribbon that will not transfer, or a roll your printer cannot use.
Check all five against your label stock and printer before you place an order. The sections below cover each one in the order you should check it.
Match the ribbon family to the label material
Armor Inkanto ribbons come in three families: wax, wax-resin and resin. The family you need depends on what the label is made of and what it will go through after printing.
Wax: AWR1, AWR8 and AWR XL. See our wax thermal transfer ribbons.
Wax-resin: APR1, APR6 and APR600. See our wax-resin thermal transfer ribbons.
Resin: AXR1, AXR8 and AXR800. See our resin thermal transfer ribbons.
The mismatch mistakes are easy to avoid once you know them. A resin ribbon on a paper label may not transfer correctly. A wax ribbon on synthetic film (PP, PE or PET) may smudge or fail to adhere. Either way, you get a barcode that looks fine on the printer and fails in the warehouse.
For paper shipping labels, look at wax and wax-resin first. For film labels, look at wax-resin and resin. Wax-resin ribbons suit many paper and filmic substrates. They also give excellent resolution on picket fence and ladder barcodes and have higher abrasion resistance than wax.
Resin ribbons are for jobs that need both high print quality and durability, and they are compatible with filmic substrates. If your labels will meet solvents, heat or scratching, such as lab sample labels or product labels on PET, resin is the family to look at.
If you want the full comparison, our guide to barcode ribbon types and applications goes through each family by use.
What separates one grade from another inside a family
Choosing a family is the first decision. The grade within it is the second, and the grades are not interchangeable.
Here are three examples from the range:
AWR8 is the standard wax ribbon.
APR6 is a wax-resin grade that gives versatile performance at the lowest heat settings.
AXR1 is a resin ribbon known for excellent blackness and resistance to smudge, scratch, solvents and high temperatures.
So two ribbons in the same family can behave differently on the same label. Before you order, compare the grade's published specification with what your label has to survive. Confirm it against the technical data sheet for that grade. If the product page does not answer your question, email us before ordering rather than after.
If you are still deciding between families, how to choose the right thermal transfer ribbon walks through the decision step by step.
Check the winding direction with a tape test
Ribbons are wound with the coating either on the outside of the roll or on the inside. Most printers are designed to accommodate only one of these styles. Check the winding matches your printer before ordering.
Do not guess which side carries the ink. Test it:
Pull off a short length of ribbon.
Stick adhesive tape on each side of the ribbon.
Pull the tape off each side.
The side where ink comes away on the tape is the ink side.
Then compare that against the winding your printer is built for. Your printer manual or the manufacturer will tell you which style it takes. Check this for every new ribbon you buy, not just the first one, and note the result against the product code so the next order is right first time.
Choose a width slightly wider than the label
Pick a ribbon width slightly wider than the label width, by about 3–5mm. This lets the ribbon cover the full printed area of the label.
Work from the label, not the printer. Measure the label stock you actually use, including any liner-edge allowance in your specification, then add the margin. If you run several label sizes on one printer, check each one rather than buying a single width for all of them.
Read length, core size and pack quantity from the product page
Exact sizes, pack quantities and prices always come from the live product page, so check them there rather than working from memory or an old order. Ribbons are sold in packs of 10, and some short-length rolls come in packs of 25. Cores are 1-inch or 1/2-inch, as listed per product.
The core size matters because it has to fit your printer's spindle. A ribbon with the wrong core will not seat properly, and you will not find out until the box is open. Put core size and pack quantity on your purchase order alongside the product code, especially if procurement and the warehouse are different people.
If you want to understand why these physical details matter, how barcode printers work explains how ribbon, label and printhead interact.
Barcode labels and ribbon details that affect scan quality
A barcode can look sharp and still fail. That is why the standards matter once you move beyond "it scans on my handheld".
ISO/IEC 15416 is the international specification for verifying linear barcodes, and it grades them numerically. For 2D barcodes on labels, ISO 15415 applies. ISO/IEC TR 29158 covers 2D direct part marking.
GS1 standards require barcodes to be ANSI Grade C, equal to ISO/IEC 15416 Grade 2, when the item reaches its best before date. If there is no best before date, the grade must hold until the barcode would normally have ceased to be used in the supply chain. That is a durability requirement as well as a print quality one. It is where ribbon choice shows up. A print that grades acceptably on day one but smudges or scratches in transit may not hold its grade later.
Two points from GS1 are worth knowing if you verify labels:
A scanner and a verifier are different tools. Verification is not intended to be used alone as a method for downstream rejection.
A symbol grade is only meaningful if it is reported with the illumination and aperture used. A grade quoted without them cannot be compared properly.
If a customer or retailer asks for graded barcodes, record those settings with every result.
Test the combination before a production order
Coatings vary, so test the ribbon with the actual label stock and printer before ordering production quantities. A paper label from one supplier and a similar-looking one from another may not behave the same way.
A practical test run looks like this:
Print a sample batch on the real label stock, on the printer that will run the job.
Check the ribbon is wound the right way and the width covers the label.
Scan the barcodes with the scanners used further down your process.
Rub, flex and expose a few labels to whatever they will meet: handling, cartons, solvents, heat or cold.
If you need a grade, verify the barcodes and record the illumination and aperture used.
Keep the result with the ribbon code, label material and printer settings. When a problem appears months later, you will have something to compare against. Keeping that record turns barcode labels and ribbon details from guesswork into a repeatable specification.
For background on how the ribbon itself works, see what is a thermal transfer ribbon.
Choosing the right ribbon with Teknik Barkod
Teknik Barkod is an official Armor partner, backed by a label manufacturer operating since 2002. We supply Armor Inkanto wax, wax-resin and resin ribbons, and we can quote custom label printing, die-cutting and packaging on request.
Browse the full range of thermal transfer ribbons and check the listed size, core and pack quantity for each product. If you are unsure which ribbon suits your label material or application, email contact@teknikbarkod.co.uk with your label stock and printer type. We reply within 1 working day.
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