The software generates the 2D die line for the sleeve, which is placed onto the Illustrator artboard.
Select specific artwork elements (logos, text, or barcodes) and click Predistort
The toolkit operates as a two-part system: a standalone application for physical simulation and an Adobe Illustrator plugin for artwork adjustment. Studio Toolkit for Shrink Sleeves 14.1 User Guide | Esko The software generates the 2D die line for
Once the 3D structure is created, the Collada file is used within Adobe Illustrator, where the plugin brings the full power of the toolkit to the creative environment.
This is the "killer feature." You run a simulation that animates the shrink process. You watch the label slide over the bottle, tighten at the neck, and pull at the base. This reveals "dog ears" (unsightly points of unshrunk film at the bottle base) before production. This is the "killer feature
Esko’s Store Visualizer tool even allows you to place your newly designed products on a virtual retail shelf alongside competitors to see how the shrink sleeve performs visually in a real-world setting.
Designing shrink sleeve packaging has traditionally been a complex, trial-and-error process, but —specifically the Studio Toolkit for Shrink Sleeves and Studio Visualizer —transformed this workflow by providing a virtual shrink tunnel and advanced 3D simulation. This integrated toolkit allows designers to predict and compensate for artwork distortion on asymmetrical shapes and multipacks before the first physical prototype is even made. The Virtual Shrink Tunnel: Studio Toolkit Esko’s Store Visualizer tool even allows you to
Use the "Show Predistortion" window to automatically adjust graphics so they appear undistorted on the final 3D shrink-wrapped product. Final Visualization: View the finished design in 3D to verify placement and use Studio Visualizer for high-end photographic renders and presentations. to specific artwork elements?
Before the advent of dedicated software like Esko's Studio Toolkit, professionals were forced to rely on a laborious, manual process:
The Visualizer Toolkit allows users to define the exact technical specifications of the shrink film being used, such as Polyvinyl Chloride (PVC), Polyethylene Terephthalate Glycol (PETG), Oriented Polystyrene (OPS), or Polylactic Acid (PLA). Because different materials feature distinct shrink curves and maximum shrinkage percentages, the software simulates how each specific material behaves when subjected to heat. 2. Virtual Heat Tunnel Simulation
If you are looking to integrate this software into your workflow or optimize your packaging design process, I can help you by: