This is the foundational application where the physical physics of the shrink process are simulated. It allows users to import a 3D model of a container (such as a bottle, jar, or can) and virtually wrap a 2D sleeve around it. The software calculates how the substrate will stretch and shrink based on the container's contours, producing an accurate 3D preview and a corresponding 2D grid. 2. Esko Studio (Illustrator Plug-in)
the vertical seam location where the sleeve glue line will sit. Phase 2: Virtual Heat-Shrink Simulation Create a virtual 2D sleeve around the 3D container model. This is the foundational application where the physical
[ Studio Toolkit ] ──(Generates 3D Mesh)──> [ Studio Designer (AI) ] ──(Saves Project)──> [ Studio Visualizer ] Create container shapes, Apply, map, and pre-distort Apply specialized ink physics, wrap sleeves, & simulate shrink 2D vector artwork on the 3D model substrates, and lighting profiles Studio Toolkit for Shrink Sleeves [ Studio Toolkit ] ──(Generates 3D Mesh)──> [
This scenario typically occurs when a brand refreshes a product's container (bottle/can) but keeps the existing sleeve design, or when you need to recreate a legacy design on a new digital asset. and pre-distort Apply specialized ink physics
Shrink sleeves are plastic labels that are shrunk onto a container using heat. While they offer superior shelf appeal, they present unique challenges:
Visualizer lets you simulate metallic inks, matte finishes, and the unique transparency of shrink film. Speed to Market:
: Users import 3D models of single items (like bottles) or multiple items for a repack/multi-pack.