Click to run the physics engine. The software mimics a heat tunnel, progressively shrinking the virtual plastic matrix until it tightly grips the contours of the 3D model. 3. Exporting the 3D Profile to Adobe Illustrator
Design flaws, text overlapping in high-distortion zones, or poor seam placement can be spotted and corrected instantly on screen.
: Running physical grid tests on a production line wastes machine time, energy, and expensive film substrates. 2. Setting Up the Foundation in Esko Studio Click to run the physics engine
Once the setup is done in the Toolkit, the file moves into (accessible directly within Adobe Illustrator).
The you are currently working with (e.g., STEP, OBJ, Illustrator files) Exporting the 3D Profile to Adobe Illustrator Design
The strength of Esko's solution lies in its ability to address the full spectrum of shrink sleeve complexities with specific, powerful tools:
Historically, packaging prepress teams relied on trial-and-error grid testing and physical mockups to predict how graphics would warp on a heat-shrunk sleeve. However, combining and its specialized toolsets transforms this unpredictable workflow into an exact, digital science. Setting Up the Foundation in Esko Studio Once
: Defining the vertical or horizontal alignment of the sleeve application.
Once the container model is loaded into Studio Toolkit, you must define the physical dimensions of the sleeve film. Select the tool.