BADGES & LANYARDS
14 SEPTEMBER 2026
Most artwork problems are not artwork problems. The file is clean, the logo is right, the colours are approved. What went wrong is that the design was drawn for one surface and sent to a factory working in a different one, and nobody checked whether that surface could hold it.
Every material decorates differently. Some take ink. Some take thread, where the design is built into the fabric itself. Some take relief, where the shape of the material carries the artwork and colour is secondary. Choose the material first and adapt the design to it, and most of the failures people blame on printing never happen.
Four ways artwork gets onto a credential
There are only four mechanisms, and knowing which one you are buying tells you more than any spec sheet.
Print puts ink on a surface. Screen printing lays down solid, opaque spot colours, one screen per colour, so it is excellent for flat logos and poor for photographs. Digital and heat transfer build the image from process colour, which handles gradients and detail but sits differently on textured materials.
Weaving builds the design out of coloured thread. Nothing is printed, so nothing can rub off, but the resolution is limited by the thread itself.
Relief shapes the material. Debossing presses the artwork in, embossing raises it, moulding builds it into the part. There is no ink unless you add it as a fill.
Engraving removes material to reveal a contrast, which is how artwork lands on wood.
Detail limits are set by the mechanism, not by your file. A 5 pt typeface survives digital print on a smooth badge and disappears completely in a woven tape.
Tyvek and paper: flat colour, one pass, high volume
Tyvek rewards restraint. It takes bold flat colour beautifully, holds sequential numbering and barcodes cleanly, and prints fast, which is why it dominates single day entry.
What it does not do is subtlety. Gradients band, photographic backgrounds turn muddy, and fine reversed out text fills in as the ink spreads into the fibres.
Design for it in solid areas, keep type above roughly 6 pt, and give barcodes a clean white quiet zone on all four sides. If the band also carries a chip, the print and the inlay are separate layers, so keep critical artwork away from the inlay window.
Fabric wristbands: woven, printed or sublimated
Fabric covers three very different routes, and buyers quote them as if they were one.
Woven means the design is threaded into the tape. Colours are limited to a set number of thread colours, edges are slightly soft, and small text closes up. It cannot rub off over three days of wear.
Sublimated means the design is dyed into the fibres with heat. This is the only fabric route that gives you full colour, edge to edge coverage, gradients and photographic artwork. The catch is that sublimation dyes into a light base, so colours come out softer than they look on screen and pale tones need more contrast than you think.
Screen printed fabric sits between the two: flat spot colour on a woven tape, sharp and easy to repeat, but the ink is a layer on top and will show wear at the clasp.
If the wristband is RFID, the chip position limits where a seam or a print area can go, so send your artwork with the finished size and the clasp type, not just the logo.
Silicone and vinyl: relief before ink
Silicone is moulded, so the artwork is built into the part rather than applied to it. Debossing, pressed into the surface, is the most durable option there is, and it can be colour filled for contrast. Embossed artwork is raised and reads well from a distance. Printed silicone exists, but the ink has to bond to a low friction surface, so keep it away from edges that rub.
Silicone wants weight. Thin strokes, hairline serifs and small counters inside letters disappear into the relief. Simplify the mark and let the shape do the work.
Vinyl is the opposite: a smooth, coated, stable surface that prints crisply in full colour and takes laminates and tamper features without distortion. Choose it when the artwork itself is doing security work, because fine line detail survives on it.
Custom printed lanyards: screen print, heat transfer or weave
Lanyards are where the three routes are easiest to compare, because the same strap can be made all three ways.
Flat polyester is the standard printing surface. Screen printing gives you solid spot colour with clean edges, ideal for a logo with two or three brand colours, and it can run on both sides. Heat transfer covers the full width in process colour, so gradients, photographic panels and multicolour patterns all work. See the flat polyester lanyard for the widths this applies to.
Tubular lanyards are narrower and rounder, so the print sits on a curved surface and the readable area shrinks. Keep to a short one colour mark and forget about small type.
Woven lanyards carry no print at all. The text is threaded, so it never wears off, but you are working with a small number of thread colours, no gradients and a minimum stroke weight. A two word name works. A tagline does not.
Send the right file whichever route you pick: vector artwork, fonts outlined, Pantone references for spot colour, and the strap width stated. Production runs 10 to 12 days from artwork approval, and most delays start with a raster logo dropped in at the wrong scale.
Worth repeating, because designs arrive assuming otherwise: the lanyard never carries the chip. The chip lives in the badge or card hanging from it.
Badges: PVC, FSC wood and rPET
Badges give you the widest print area of anything here, and the RFID Conference Badge at 140 x 88 mm is a useful reference because it is made in all three of these materials.
PVC is the safe full colour choice. It takes process print at high resolution, holds small type, and accepts laminates that protect the print for a season of reuse.
FSC wood is engraved rather than printed. You get a burnt contrast in a single tone, elegant for a logo and useless for a photograph, and the grain means no two are identical. Worth being precise here: FSC certification applies to wood and bamboo only. It is not a claim you can carry across to fabric, PVC or rPET, however sustainable those may be for other reasons.
rPET has a slightly textured, fabric like surface. Print sits softly on it and colours read a little muted compared to the same file on PVC, so raise contrast rather than saturation.
Check the badge at arm's length, not on screen. Names should be readable at about two metres, which usually means bigger type and less of it.
After more than a decade supplying events in over 40 countries, the pattern is consistent: the jobs that go smoothly are the ones where the material was chosen before the artwork was finished. Browse the range in the catalogue, or send your artwork and your material shortlist to hello@accesioid.com and we will tell you what will survive the print and what will not. You can also book a call using the link in the footer.
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