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.
Choose the specific style code (e.g., FEFCO 0201 for a standard shipping box). artioscad tutorial
: Used for internal notes, dimensions, and non-structural guides. 2. Step-by-Step: Creating Your First Structural Design The transition from 2D to 3D is where
Used for documentation and measurements; these lines do not affect production machinery. 2. Starting Your First Project: The Basic Geometry For a standard box, the side panels usually
: Represents scores where the cardboard will fold.
Import a 3D model of your actual product (e.g., a bottle or electronic device) in formats like STEP or STL. Use the Bounding Box tool to build a custom-fit package directly around it.
Once the 2D geometry is established, the designer must assign . In generic CAD, a line is just a line. In ArtiosCAD, a line is an instruction for the cutting table. The designer must verify that cutting lines are assigned to a "Cut" layer (often represented by a specific color, typically red or black depending on standards) and folding lines are assigned to a "Crease" or "Score" layer. This distinction is vital for the next stage: 3D visualization. If these attributes are wrong, the virtual fold will fail, or the manufacturing laser will cut where it should crease.