Artioscad Tutorial !link! Info

To create a "proper paper" (guide) for an ArtiosCAD tutorial, follow this structured workflow for packaging design. 1. Initialize and Set Preferences

Launch Software: Open ArtiosCAD from the Start menu via Esko > ArtiosCAD.

Set Units: Go to Options > Units and select your preference (typically millimeters or inches).

Define Material: Double-click Board to open the Board Browser. Select the board type (e.g., corrugated, folding carton) and specific paper/flute specifications. 2. Create the Structural Design

Run a Standard: For common box styles, go to File > Run a Standard. Select a template from the catalog (like FEFCO or ECMA) and input the internal dimensions (Length, Width, Depth).

Draft from Scratch: Use the 2D Drafting tools to draw lines, arcs, and rectangles. Use Construction Lines for guidance and geometry tools for rounding corners or shortening lines.

Apply Layers: Organize your design by keeping cut lines, creases (folds), and dimensions on separate layers for production clarity. 3. Add Details and Validation

Annotations and Dimensions: Use the Dimension tool to apply permanent or temporary measurements to flap hinges, radii, or overall spans. artioscad tutorial

3D Visualization: Switch to the 3D Environment with one click. Use the Fold tool to simulate how the package closes, checking for parts that don't align or overlap.

Graphic Integration: Import artwork from systems like Adobe Illustrator to view the final package with graphics in 3D. 4. Output and Production Prep Esko Software Solutions: ArtiosCAD Introduction

Step 6 – Add text / annotation

• Text tool → type "Score line", "Glue flap", "Up” arrow for flute direction.

9. Next Steps After Basics

• Parametric design (use Variables to change box size automatically)
• Nesting (Arrange multiple parts on a sheet to minimize waste)
• ArtiosCAD to Adobe Illustrator – export die‑lines for graphic design
• Automation with Task Manager or ArtiosCAD Scripting

If you want a specific tutorial (e.g., a display stand, a wine bottle carrier, or adding a locking mechanism), let me know and I’ll write the step‑by‑step for that.

ArtiosCAD Tutorial: Mastering Structural Packaging Design ArtiosCAD is the industry standard for structural packaging design, offering a suite of specialized tools for 2D drafting, 3D prototyping, and manufacturing. This guide provides a comprehensive walkthrough for beginners and intermediate users to navigate the software effectively. 1. Getting Started: Installation and Setup

Before designing, ensure your environment is configured correctly.

Installation: Follow the official installation wizard to install all core components.

Licensing: Activate your license via the Esko License Manager using a network or local license key. Initial Preferences: To create a "proper paper" (guide) for an

Set your preferred units (inches or millimeters) via Options > Units.

Configure grid settings and color schemes to suit your workflow. 2. Core 2D Design Workflow

ArtiosCAD allows you to create structural dielines from scratch or by using parametric templates. A. Using Standard Templates (Fastest Method) Standards are pre-designed, resizable patterns. Go to File > Run a Standard.

Select a pattern from the catalog (e.g., a standard corrugated shipping box).

Choose your Board Type (corrugated or folding carton) from the Board Browser.

Enter the Inside Dimensions (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.

Construction Lines: Use these as non-printing guides for precise alignment. Step 6 – Add text / annotation

Grouping/Ungrouping: Select lines and click Ungroup at the bottom of the screen to manipulate individual elements.

Line Types: Ensure lines are correctly identified (e.g., Crease for folds, Cut for the perimeter) to ensure proper 3D rendering and manufacturing output. Mimaki Global Artios CAD Quick Reference Guide - Mimaki

To create / adjust a design, refer to the following pages. * Creating a preferred-size box based on a frequently used. * Copying / YouTube·BartMeersschaert Esko Software Solutions: ArtiosCAD Introduction

6. Output & Prototyping

• Using the "Sample Maker" module: Setting up a cutting plotter (e.g., Kongsberg table).
• Nesting multiple parts for material optimization.
• Generating a die line (DXF, CFF2) for tooling vendors.
• Printing a 1:1 plot for manual cutting validation.

Mastering the Basics: A Beginner’s Tutorial for Esko ArtiosCAD

Introduction Esko ArtiosCAD is the industry standard for structural packaging design. Whether you are creating a simple corrugated box or a complex point-of-sale display, ArtiosCAD provides the tools to design, 3D visualize, and prepare files for manufacturing.

This tutorial will walk you through the foundational workflow: from launching the software to creating your first parametric design and exporting it for production.

Option B: Starting from Scratch

For custom designs:

1. Go to File > New.
2. Select Blank Design.
3. Define your board properties (thickness, grain direction).
4. You will be presented with an empty canvas.

Step 3 – Edit geometry

• Use Geometry toolbar:
  • Line / Rectangle / Arc
  • Fillet (round corners)
  • Trim / Extend (clean intersections)

Example: Add a lock tab: draw a small rectangle on a flap, then use Trim to remove overlapping lines.