Tutorial |top| | Artioscad

Choose your cutting table profile (e.g., Kongsberg DXF, ACM60).

Located at the bottom, displaying current coordinates, prompts, and active command options. Setting Up Your Units and Defaults Go to Options > Defaults .

ArtiosCAD transforms a packaging idea into a production-ready die line with 3D verification. This tutorial covered the essential workflow: using the Design Center for rapid box generation, manual drawing with geometry tools, assigning correct line types, converting to 3D, and exporting for manufacturing. Mastery of these steps allows a designer to reduce prototyping costs and time to market. For further learning, refer to Esko’s built-in tutorials (Help > Tutorials) and practice by recreating common packages – a pizza box, a mailer envelope, or a display stand. artioscad tutorial

In this section, we will cover some modeling techniques that will help you to create complex designs:

If you are sending to a die maker (for steel rule dies): Choose your cutting table profile (e

ArtiosCAD is terrible for coloring and text. Illustrator is terrible for dielines. Here is the professional workflow.

In the Design Dictionary, you must select the correct line type before drawing: The outer edge. Crease Line (Dashed): Where the material folds. Step 2: Drawing Tools For further learning, refer to Esko’s built-in tutorials

ArtiosCAD differentiates manufacturing actions by line color and type. You must assign these correctly:

Go to . Save it as an .ARD (ArtiosCAD Design) file. This preserves the parametric data.

The transition from 2D to 3D is where ArtiosCAD demonstrates its dominance. By navigating to the 3D menu and selecting "Fold Design," the software interprets the crease lines as hinges. It prompts the user to define the folding sequence. For a standard box, the side panels usually fold first, followed by the flaps. With a few clicks, the flat 2D pattern transforms into a rendered 3D object. This view allows the designer to inspect for collisions—areas where two panels might overlap incorrectly due to a math error in the 2D phase. The user can rotate the object, check clearances, and even apply artwork (PDF imports) to visualize the final printed package.