ArtiosCAD and Box Design Software: Tools for Structural Packaging Design

Behind every corrugated box is a structural design — a precise layout of panels, flaps, scores, slots, and perforations that determines how a flat sheet of corrugated board transforms into a three-dimensional container. Creating that design requires specialized software built for the unique requirements of corrugated packaging, and for more than three decades, one name has dominated the field: ArtiosCAD.

This guide covers ArtiosCAD and the broader landscape of box design software used in the corrugated industry, from structural design through 3D visualization to production output.

Why Corrugated Design Needs Specialized Software

General-purpose CAD programs like AutoCAD, SolidWorks, or Illustrator are powerful tools, but they were not built for corrugated packaging design. The corrugated box industry has unique requirements that demand specialized solutions:

Material Behavior Modeling

Corrugated board is not a simple rigid material. It bends differently along the flute direction versus across it. Score lines have specific radius and springback characteristics that vary by flute type and board grade. Specialized software models these material behaviors to create designs that fold and function correctly in the real world.

Standard Box Styles

The corrugated industry uses a standardized system of box styles defined by FEFCO (the European Federation of Corrugated Board Manufacturers) and TAPPI. A box design system needs a library of these standard styles — Regular Slotted Containers (RSC), Half-Slotted Containers (HSC), Full Overlap Slotted Containers (FOL), die-cut boxes, trays, and hundreds of variations — as starting points that designers can customize to specific requirements.

Production-Ready Output

A corrugated box design must ultimately become a cutting die (for die-cut boxes) or a set of machine specifications (for slotted-style boxes run on flexo-folder-gluers). Specialized software generates production-ready output in the formats that die makers, corrugators, and converting equipment need.

Integration with Corrugated Workflow

Box design does not exist in isolation. It connects to board selection, pricing, scheduling, die management, print pre-press, palletization planning, and customer approval workflows. Specialized corrugated software integrates with these adjacent systems in ways that general-purpose CAD cannot.

ArtiosCAD: The Industry Standard

Overview

ArtiosCAD, developed by Esko (now part of Veralto Corporation), is the dominant structural design software in the corrugated packaging industry worldwide. Originally released in the early 1990s, it has been continuously developed and is now used by the vast majority of corrugated box plants, sheet plants, and packaging design agencies globally.

ArtiosCAD is a 2D/3D structural design tool purpose-built for corrugated, folding carton, and rigid box design. It includes:

A comprehensive library of FEFCO/TAPPI standard box styles with parametric resizing
2D design canvas with specialized tools for scores, creases, perforations, cuts, and corrugated-specific geometry
3D folding simulation that shows how the flat blank becomes a finished box
Material database with corrugated board properties for accurate simulation
Die layout and stripping tooling design
Output formats for cutting tables, die makers, and converting equipment
Integration with Esko's broader packaging workflow (print pre-press, color management, approval)

Key Features for Corrugated Designers

Standards-based design. ArtiosCAD includes a parametric standards library with hundreds of box styles. A designer selects the style (e.g., FEFCO 0201 for a standard RSC), enters the internal dimensions, and the software generates a complete blank layout with all scores, slots, and flaps sized correctly for the selected board grade.

Parametric resizing. Changing a box dimension automatically updates the entire design — all panels, flaps, scores, and manufacturer's joints adjust proportionally. This makes it fast to generate multiple size variants of a design or respond to dimension change requests from customers.

3D visualization. ArtiosCAD folds the 2D blank into a 3D box, allowing designers and customers to see exactly how the finished package will look. Graphics can be applied to the 3D model for photorealistic visualization. This 3D capability is invaluable for customer presentations and design approval, and works hand-in-hand with augmented reality prototyping.

Board caliper compensation. Corrugated board has significant thickness that affects fold geometry. ArtiosCAD automatically compensates for board caliper in score positions, slot depths, and flap lengths based on the selected board specification. This is critical for a proper fit — a box designed for C-flute single-wall board will have different blank dimensions than the same box in E-flute, even at identical internal dimensions.

Multi-piece design. Many corrugated packaging solutions involve multiple components: an outer box, inner partitions, inserts, and pads. ArtiosCAD handles multi-component designs, showing how all pieces fit together in 3D.

Die layout. For die-cut boxes, ArtiosCAD generates the die layout that the die maker uses to build the cutting die. It handles bridge placement, stripping rubber positioning, and nesting of multiple blanks on a single die for small boxes.

CAM output. ArtiosCAD generates output files for digital cutting tables (Kongsberg, Zünd, etc.) for sample making, and for CNC die-board cutting systems for die manufacturing.

ArtiosCAD Editions and Pricing

Esko offers ArtiosCAD in several editions:

ArtiosCAD Standard Edition — Full structural design capabilities for corrugated and folding carton. This is what most box plant designers use.
ArtiosCAD Enterprise — Adds server-based design management, multi-user collaboration, and integration with ERP/MIS systems. Aimed at large plants and multi-plant operations.
ArtiosCAD Designer Solution — Streamlined edition for packaging design agencies and brand owners who need design capability but not production output.

ArtiosCAD is licensed on a subscription basis. Pricing varies by edition, number of seats, and included modules, but a single Standard Edition seat typically runs in the range of $5,000 to $15,000 per year. Enterprise deployments with multiple seats and server infrastructure represent a significantly larger investment.

Learning ArtiosCAD

ArtiosCAD has a substantial learning curve. It is a professional-grade tool with deep functionality, and new users should expect weeks to months of training before becoming proficient. Esko offers training courses (in-person and online), and many corrugated industry organizations include ArtiosCAD training in their educational programs.

That said, for basic box design tasks — creating standard RSC designs, resizing existing designs, and generating simple 3D views — a new user can become productive relatively quickly. The complexity emerges with advanced die-cut designs, multi-piece assemblies, and integration with production systems.

Other Box Design Software

While ArtiosCAD dominates, several other software tools serve the corrugated design market:

TOPS Pro (TOPS Software)

TOPS Pro is a design tool focused on quick box design and blank layout, with particular strength in nesting optimization and sheet utilization. It is less feature-rich than ArtiosCAD for complex structural design but excels at production-focused tasks like maximizing the number of blanks cut from a standard sheet size.

Many sheet plants use TOPS Pro alongside ArtiosCAD — ArtiosCAD for structural design and TOPS for production optimization.

CAPE Pack (Esko)

CAPE Pack is not a box design tool per se, but it is closely related and widely used in the corrugated industry. CAPE Pack optimizes pallet configurations — determining the best way to stack boxes on a pallet to maximize utilization, stability, and truckload efficiency.

CAPE Pack works with box dimensions from ArtiosCAD to create a complete design-to-pallet workflow. It is often the tool that determines the final box dimensions, as the pallet pattern frequently drives the box size decision.

Impact CAD (Arden Software)

Impact is a structural packaging design tool that competes with ArtiosCAD, particularly in the European market. It offers parametric design, 3D visualization, and production output capabilities similar to ArtiosCAD, with some users preferring its interface and workflow.

EngView Packaging Suite

EngView is a packaging design and production management system with an integrated structural design module. It is popular among smaller corrugated operations that want an all-in-one solution combining box design, production planning, and order management.

Kasemake (Hybrid Software Group)

Kasemake is a structural packaging design tool with strong capabilities in corrugated and POP display design. It offers parametric design, 3D folding, and sample cutter output.

PackGenie and Cloud-Based Tools

Newer entrants like PackGenie offer cloud-based box design tools aimed at smaller operations and e-commerce businesses that need simple box design capability without the investment of a full ArtiosCAD installation. These tools typically focus on standard box styles and produce output for digital cutting tables.

The Sample-Making Workflow

From Screen to Physical Sample

One of the most critical workflows in corrugated design is turning a digital design into a physical sample that can be tested, shown to customers, and used for production approval. The typical workflow is:

Design in ArtiosCAD — Create the structural design with accurate board specifications
Export cutting file — Generate a cutting file in the appropriate format for the sample-making equipment
Cut on a digital cutting table — Kongsberg (also an Esko product), Zünd, or similar flatbed cutting tables cut the blank from corrugated board stock, including all scores, creases, and perforations
Fold and assemble — The cut blank is hand-folded and assembled into a 3D sample
Test and review — The sample is evaluated for fit, function, and appearance; modifications are made in ArtiosCAD and re-cut as needed
Approve for production — The final design is approved and production die specifications are generated

Digital Cutting Tables

Digital cutting tables have revolutionized the sample-making process. Before their adoption, getting a physical sample required ordering a cutting die — a process that took days and cost hundreds of dollars. A digital cutting table can produce a sample directly from the ArtiosCAD file in minutes, at minimal incremental cost.

Kongsberg tables, made by Esko, are the market leader in the corrugated and packaging segment. They use oscillating and drag knives, creasing wheels, and specialized tools to accurately reproduce the full range of corrugated board features. Zünd offers comparable tables with strong performance in the corrugated sample-making application.

A digital cutting table represents a significant investment — $50,000 to $250,000+ depending on size, speed, and tooling options — but it transforms the sample-making process from a days-long bottleneck into a same-day capability that dramatically accelerates the customer approval cycle.

Integration with Corrugated Plant Systems

MIS/ERP Integration

In a well-integrated corrugated plant, the box design in ArtiosCAD connects to the Management Information System (MIS) or ERP system. When a new box design is created, its specifications (dimensions, board grade, die number, blank size) flow into the MIS for quoting, order entry, and production scheduling.

Esko's enterprise solutions facilitate this integration, particularly with major corrugated MIS platforms like Amtech/EFI Radius, Kiwiplan, and CLM. This integration eliminates redundant data entry and ensures that the production specifications match the approved design.

Pre-Press Integration

For printed corrugated boxes, the structural design must integrate with the graphic design. ArtiosCAD exports structural outlines to Adobe Illustrator or Esko's pre-press tools (ArtPro+ and DeskPack) so that graphic designers can place artwork accurately on the box panels. This workflow ensures that graphics are correctly positioned relative to scores, slots, and folds.

Die Management

ArtiosCAD's die layout capabilities connect to die management systems that track the inventory, usage, and condition of cutting dies across the plant. When a new die is created from an ArtiosCAD design, it is automatically cataloged in the die management system with full specifications and digital reference files.

Choosing the Right Design Software

For Sheet Plants and Independent Box Plants

If you are a sheet plant or independent box maker processing existing corrugated sheets, your design needs typically center on die-cut box design, sample making, and customer presentations. ArtiosCAD Standard Edition is the recommended choice — it is the industry standard, your customers and die makers will expect ArtiosCAD-compatible files, and the ecosystem of training and support is unmatched.

If budget is a concern, consider EngView or Kasemake as lower-cost alternatives. But recognize that switching costs are real — designs, die libraries, and operator skills built in one platform do not transfer easily to another.

For Integrated Corrugated Plants

Larger integrated operations (those with corrugators feeding internal converting operations) benefit from ArtiosCAD Enterprise for its multi-user collaboration, server-based design management, and deep MIS integration. The additional investment pays off in design consistency, version control, and workflow efficiency across multiple designers and plant locations.

For Packaging Design Agencies

Agencies serving corrugated customers need ArtiosCAD for structural design competence and the ability to hand off production-ready files to box plants. The Designer Solution edition may suffice if production output is not required.

For Small Operations and Startups

If you are starting a corrugated box business or running a very small operation, cloud-based tools like PackGenie can get you started at lower cost. As volume and design complexity grow, plan to migrate to ArtiosCAD.

The Future of Box Design Software

AI-Assisted Design

The integration of artificial intelligence into box design software is the next major evolution. AI can suggest optimal designs based on product specifications, automatically adjust structures for different board grades, and predict performance based on historical test data. Esko has begun incorporating AI features into its platform, and this trend will accelerate.

Cloud-Native Design

ArtiosCAD has historically been a desktop application. The industry is moving toward cloud-native design tools that enable real-time collaboration between designers, sales teams, and customers regardless of location. Cloud deployment also simplifies software updates, license management, and multi-site standardization.

Real-Time Simulation

Current 3D folding in ArtiosCAD shows geometry but does not simulate material behavior under load. Future tools will incorporate finite element analysis (FEA) capabilities that predict how a box will perform under compression, vibration, and impact — reducing the need for physical testing and accelerating the design optimization cycle.

Virtual and Augmented Reality

Box design software is beginning to integrate with AR/VR visualization. Instead of reviewing a 3D model on a flat screen, designers and customers will walk around a life-size virtual box, test opening and closing features, and see it on a virtual store shelf — all before a single physical sample is made.

Structural packaging design software is a foundational tool for any corrugated operation. Whether you are a single-designer sheet plant or a multi-plant integrated manufacturer, the right design tools drive efficiency in sample making, accuracy in production, and confidence in customer presentations. ArtiosCAD remains the standard against which all other options are measured, and investing in this capability — both the software and the skills to use it — pays dividends across the entire corrugated business.