This is the core step where you map the old design to the new shape.
| Tool | Integration Role | |------|------------------| | Adobe Illustrator | Direct plugin – modify vector art while viewing 3D shrink preview live. | | Esko Automation Engine | Automatically generate pre-distorted files for 10,000+ SKU repack campaigns. | | WebCenter | Online approval workflow with 3D rotatable sleeves. | | Print Control Wizard | Ensure final print file matches shrinkage compensation exactly. |
Because shrink sleeves distort non-uniformly: This is the core step where you map
The Visualizer Studio Toolkit (often included with Studio or as an add-on) extends functionality to:
For shrink sleeves specifically, the toolkit helps validate how the artwork wraps and shrinks over irregular bottle contours (shoulders, handles, recessed panels). Because shrink sleeves distort non-uniformly:
A repack frequently changes a barcode. Using the Visualizer Barcode Verifier (part of the Toolkit):
If visual mismatch > 5%, return to Step 2 and adjust shrink profile or seam position. Check critical elements :
Shrink sleeves often have front, back, and side panels. During repacks, if you adjust the bleed or trap, you risk panel creep (graphics sliding into seams). Studio 10’s Seam Viewer allows you to set seam allowances (typically 3mm). The software visually pushes the artwork away from the seam area in the 3D view, preventing the "black line on the bottle edge" disaster.
Let’s assume you have a legacy shrink sleeve for a sports drink bottle. The client wants to change the flavor name and nutritional facts but keep the brand logo and bottle shape identical.