Container decoration decision worksheet

What the worksheet asks

The worksheet takes four selections. Container surface is Straight wall, Strong contour or Molded plastic. Coverage goal is Small panel, Full wrap or Shoulder and body. Production pattern is Frequent short runs or Stable repeated runs. Primary requirement is Low commitment, Integrated decoration or Contour coverage. Defaults are Straight wall, Small panel, Frequent short runs and Low commitment, so an untouched form returns the pressure-sensitive starting point. These are operational inputs, not a bill of materials. The worksheet does not ask for quantity, resin, label material, ink, adhesive, tooling cost or recovery infrastructure.

How the branch order works

The decision tree starts with a pressure-sensitive label and the reason that a discrete label supports revisions without changing container tooling. It then checks one combined sleeve condition: coverage equals Shoulder and body or priority equals Contour coverage. If either is true, the method becomes Shrink sleeve candidate and the reason is that a sleeve can span multiple diameters when the film and tunnel are validated. This check runs before the in-mold check. If the sleeve condition is false, the worksheet checks whether shape is Molded plastic and volume is Stable repeated runs and priority is Integrated decoration. Only when all three are true does it return In-mold label discussion. Otherwise the pressure-sensitive default remains. There is no score, weighting or tie break.

Reading the output rows and notes

Output has two rows. Method to investigate names the candidate. Reason gives the branch-specific rationale. Two notes always accompany the rows. The first asks you to also price direct decoration when the container supplier offers a compatible process and to compare finished and applied costs at the same quantity. That is a comparison instruction, not a price estimate. The second states that no method is universally cheaper or recyclable and that adhesive, container resin, separation, ink and local recovery systems need confirmation. Treat the method row as a discussion candidate for supplier questions, not a final specification.

Why coverage and priority can override surface

Coverage and priority can override surface because the sleeve branch is evaluated first. A Strong contour container with Small panel and Low commitment stays on pressure-sensitive. Conversely, selecting Shoulder and body returns Shrink sleeve candidate even if the container is Straight wall and the production pattern is Frequent short runs. Selecting Contour coverage also returns the sleeve candidate regardless of the other three fields. Full wrap alone does not trigger the sleeve branch. With Full wrap, Contour coverage returns the sleeve candidate; otherwise Molded plastic plus Stable repeated runs plus Integrated decoration returns In-mold label discussion. All other Full wrap combinations return Pressure-sensitive label.

What production pattern changes

Production pattern matters only through the in-mold branch. Molded plastic plus Stable repeated runs plus Integrated decoration returns In-mold label discussion only if neither sleeve condition is true. Changing volume to Frequent short runs removes that branch and leaves the pressure-sensitive default, because the in-mold condition requires stable repeated runs. Changing priority away from Integrated decoration also removes the in-mold branch. The worksheet does not infer that stable runs make any method cheaper; it only exposes a discussion candidate. Frequent short runs do not force pressure-sensitive labels when a sleeve condition is present, because the sleeve check comes first.

Worked example: small panel on a straight wall

Case one uses Straight wall, Small panel, Frequent short runs and Low commitment. The sleeve condition is false because coverage is not Shoulder and body and priority is not Contour coverage. The in-mold condition is false because shape is not Molded plastic. The output is Pressure-sensitive label with the reason that a discrete label supports revisions without changing the container tooling. The notes still ask for a direct decoration comparison where the supplier offers a compatible process and for confirmation of adhesive, resin, separation, ink and recovery details.

Worked example: molded container with integrated decoration

Case two uses Molded plastic, Small panel, Stable repeated runs and Integrated decoration. The sleeve condition is false, so the worksheet reaches the in-mold check. All three in-mold conditions are true, so the output is In-mold label discussion with the reason that a stable molded-container program can justify evaluating decoration during molding. The word discussion matters: the worksheet does not approve in-mold labeling or claim a cost outcome. If the same case instead used Shoulder and body coverage, the earlier sleeve condition would win and the output would be Shrink sleeve candidate. That edge case shows branch order, not a ranking of methods.

Limits and supplier confirmation

Use the result to structure supplier questions. Confirm whether the proposed method fits the actual container geometry, artwork, run pattern and finishing line. Confirm adhesive, container resin, separation, ink and local recovery systems rather than assuming recyclability. Compare finished and applied costs at the same quantity when direct decoration is available. The worksheet does not calculate prices, savings, lead times, minimum order quantities, certification or legal status. Its model is a transparent decision tree, and its output is a candidate to investigate.

Questions about container decoration decision worksheet