Every decoration method does beautiful work — inside its limits. Push past them and you don't get a warning at the design review; you get a failure three sample rounds later. The reality behind the common finishes:
- Silk-screen: needs cure time and holds a registration tolerance that gets pricier as it tightens.
- Hot stamp and foil: minimum feature size, and they struggle with fine detail on curves.
- Soft-touch and matte: change how labels adhere and how surfaces scuff in transit.
- Wrap and sleeve labels: behave differently on tapered vs straight-walled containers.
The guardrail: confirm decoration feasibility against the actual production method before artwork is finalised — registration tolerance at speed, minimum feature size, and how the finish holds through the logistics chain.
Read Looks Great, Fails in Production, or ask for our packaging process overview.
Frequently asked questions
What are the limits of silk-screen printing on cosmetic packaging?
Silk-screen printing needs cure time, and it holds a registration tolerance that becomes more expensive as it tightens. Build both into the timeline and budget, and confirm the tolerance your artwork needs against the actual production method before the artwork is finalised.
Can hot stamping and foil be used on curved packaging?
They can, but with limits. Hot stamp and foil have a minimum feature size and struggle with fine detail on curved surfaces. Check the smallest elements of your design against those limits before artwork is final, or you risk a failure several sample rounds later.
Do soft-touch and matte finishes affect labels?
Yes. Soft-touch and matte finishes change how labels adhere and how surfaces scuff in transit. Confirm how the finish will hold up through the full logistics chain, not only how it looks at the design review, and remember that wrap and sleeve labels also behave differently on tapered containers.
When should I check decoration feasibility for my packaging?
Check it before artwork is finalised, against the actual production method. Confirm registration tolerance at production speed, minimum feature size, and how the finish holds through the logistics chain. Pushing past a method's limits rarely triggers a warning at the design review, but it can cause a failure three sample rounds later.
