Artioscad | Tutorial

Understanding the workspace is your first step toward design efficiency. The Workspace Layout

Use the . ArtiosCAD will calculate the absolute highest yield, interlocking flaps to minimize material waste. Exporting Files

A flat drawing becomes a functional box only when you add closures, glue tabs, and appropriate folding clearances. Creating Glue Flaps Select the or Rectangle tool.

Select your . This is crucial because ArtiosCAD automatically calculates inner/outer dimensions based on the material thickness (caliper). For this tutorial, select a standard B-flute corrugated board or a folding carton stock (e.g., 24pt SBS). 2. Creating Your First 2D Geometry (Standard Box) artioscad tutorial

The transition from 2D to 3D is where ArtiosCAD excels. The process involves:

Select a crease line, enter a fold angle (e.g., 90 degrees), or use the interactive fold wheel to fold the box dynamically.

Enter the (Length, Width, Depth) to automatically generate the dieline. B. Manual 2D Drafting For custom shapes, use the intelligent drafting tools: Geometry Tools : Create lines, rectangles, and arcs. Understanding the workspace is your first step toward

When a project requires a unique structural shape, you must draft it manually using the toolsets. Step 1: Set Up Construction Lines

ArtiosCAD is the industry standard for structural packaging design. This guide covers the essential workflow, from using pre-built templates to finalizing production-ready files. 1. Starting with Standards

Click Papers > Insert New Record (or right-click and select New > Board ). Define Core Details: Board Code: Assign a unique ID for the database. Caliper: Set the physical thickness of the paper. Exporting Files A flat drawing becomes a functional

: Use the Cut line type for outer edges and slots. Use the Crease line type for fold lines.

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