Artioscad Tutorial [updated] -

ArtiosCAD is the industry-standard software for structural packaging design, particularly for folding cartons, corrugated containers, and point-of-purchase displays. This paper provides a step-by-step tutorial covering the core functionalities: navigating the interface, creating 2D structural designs using the Design Center and Geometry tools, adding production information, converting to 3D, and generating output for cutting and creasing. By the end, the reader will be able to produce a fully annotated, 3D-ready box design.

Paperboard and corrugated cardboard take up physical space when folded. If you do not account for this thickness, your box will warp or fail to close.

: Detailed steps for technical validation can be found in the Esko User Guide. 5. Learning Resources artioscad tutorial

ArtiosCAD reduces the "design-to-market" cycle significantly. By utilizing parametric rebuilding—where changing one dimension automatically updates all related flaps and glue joints—designers can iterate in seconds. For the modern packaging engineer, it is not just a drawing tool, but a comprehensive database of structural intelligence that bridges the gap between a creative concept and a shelf-ready product.

Here is a structured guide to mastering the software, from basic construction to 3D visualization. 🛠️ Getting Started: The Basics Paperboard and corrugated cardboard take up physical space

Draw a flap on the outer edge of your primary panel (typically 15mm to 35mm wide depending on the box size).

The process is straightforward. Once you have a finished or in-progress 2D design in a .ARD file: it is a parametric engineering tool.

Before clicking a single tool, you must understand what ArtiosCAD is not . It is not a drawing program in the artistic sense; it is a parametric engineering tool.

For those who prefer a more dynamic learning experience, these options are perfect for seeing workflows in action.

: The primary workspace where you create the structural layout of a box or display. It uses "Standard" libraries—pre-defined parametric designs (like a standard FEFCO or ECMA box)—where you simply input dimensions (Length, Width, Depth) and the software generates the geometry.

This is where ArtiosCAD shines compared to generic CAD software. Click the Convert to 3D icon. Select Base: Choose the main panel that will lie flat.