Print Finishing Equipment

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1. ObservedJul 1, 2026Conversation2 turnsPlacementAfter turn 02 turns · After turn 0Replay chat
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   I'm a product designer and need to create packaging dielines and print-ready artwork. What software handles that well?

   If you're creating packaging dielines, structural layouts, and print-ready artwork, you'll typically want a combination of vector design software and, in some cases, dedicated packaging CAD software. The right choice depends on whether you're designing graphics, engineering the package structure, or both.

   Here's a breakdown:

   Software	Best for	Strengths	Limitations
   Adobe Illustrator	Print artwork & dielines	Industry standard, excellent vector tools, spot colors, overprint, bleed, packaging workflows	Structural design is manual
   Esko ArtiosCAD	Structural packaging design	Creates folding cartons, corrugated packaging, 3D folding simulation, manufacturing output	Expensive, specialized
   Esko Studio	Packaging mockups	Realistic 3D previews from Illustrator artwork	Requires Esko ecosystem for full value
   Adobe InDesign	Multi-panel packaging	Better for text-heavy packaging and multi-language layouts	Not ideal for creating dielines
   CorelDRAW	Signage & packaging	Popular with some print shops, strong print support	Less common in larger packaging teams
   Affinity Designer	Budget-friendly vector work	One-time purchase, excellent vector tools	Smaller packaging ecosystem
   CLO 3D	Flexible packaging and visualization	Useful for some soft goods and labels	Not a packaging CAD replacement

   If you're mostly designing graphics

   The most common workflow is:

   • Create or receive the dieline.
   • Design artwork in Illustrator.
   • Use layers for:
     • artwork
     • dieline (non-printing)
     • varnish
     • foil
     • emboss/deboss
     • white ink
     • spot colors
   • Export a press-ready PDF.

   This is the workflow used by many consumer packaged goods companies.

   If you're designing the package itself

   If you're responsible for the actual box dimensions and folds:

   • Use ArtiosCAD to build the carton.
   • Export the dieline.
   • Place artwork in Illustrator.
   • Optionally preview in Esko Studio before sending to production.

   This is the standard workflow at many packaging manufacturers.

   If you work with printers

   Many printers will provide:

   • dieline templates
   • cut lines
   • crease lines
   • bleed requirements
   • PDF export settings
   • spot color specifications

   In that case, Illustrator alone is often sufficient.

   Print features you'll want

   Whichever software you choose, make sure it supports:

   • CMYK color management
   • Pantone spot colors
   • bleed and trim marks
   • overprint preview
   • vector paths
   • linked images
   • PDF/X export
   • separate layers for die cuts, foil, varnish, and white ink

   Recommended setups

   Freelance product designer

   • Illustrator
   • InDesign (optional)
   • Affinity Designer if you're looking for a lower-cost alternative

   Packaging designer at an agency or brand

   • Illustrator
   • ArtiosCAD
   • Esko Studio
   • InDesign

   Packaging engineer

   • ArtiosCAD
   • Esko Studio
   • Illustrator

   For most professional packaging design roles, Illustrator is the essential skill, while ArtiosCAD becomes important if you're also creating or modifying the structural dielines rather than just applying graphics to them.

   

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   I need to work with complex die-cut shapes and accurately preview how the design wraps around 3D packaging. What tools support that?

   For complex die-cut packaging with accurate 3D visualization, you'll get the best results from software designed specifically for packaging rather than general graphic design. The key capabilities to look for are:

   • Parametric dieline creation and editing
   • Folding and crease simulation
   • Artwork mapped onto 3D geometry
   • Collision/interference detection
   • Print-production features (bleeds, spot colors, varnishes, white ink)
   • Export to manufacturing formats (PDF, DXF, CF2, etc.)

   Here's how the leading tools compare:

   Software	Structural design	3D wrap preview	Best for
   Esko ArtiosCAD	⭐⭐⭐⭐⭐	⭐⭐⭐⭐☆	Industry-standard packaging engineering
   Esko Studio	⭐⭐☆☆☆	⭐⭐⭐⭐⭐	Realistic artwork visualization
   Adobe Illustrator + Esko Studio	⭐⭐☆☆☆	⭐⭐⭐⭐⭐	Packaging graphics workflow
   Adobe Dimension	⭐☆☆☆☆	⭐⭐⭐☆☆	Marketing renders, not engineering
   Boxshot	⭐⭐☆☆☆	⭐⭐⭐⭐⭐	High-quality packaging mockups
   Cinema 4D	⭐☆☆☆☆	⭐⭐⭐⭐⭐	Custom 3D visualization
   SolidWorks	⭐⭐⭐⭐☆	⭐⭐⭐⭐☆	Complex rigid packaging and products

   1. ArtiosCAD + Esko Studio (professional packaging workflow)

   This is the workflow used by many packaging manufacturers and consumer brands.

   ArtiosCAD lets you:

   • Build folding cartons, corrugated boxes, sleeves, inserts, and displays.
   • Create intricate die-cut windows and tabs.
   • Simulate folds and locking mechanisms.
   • Verify panels don't interfere during assembly.
   • Generate manufacturing-ready dielines.

   Esko Studio then:

   • Reads the structural design.
   • Wraps Illustrator artwork onto the folded package.
   • Shows realistic lighting and materials.
   • Lets you inspect seams, panel alignment, and wrap continuity.
   • Produces client-ready 3D previews.

   This combination is ideal if you're designing packaging that will be manufactured.

   2. Illustrator + packaging plugins

   If you mainly create graphics and receive dielines from packaging engineers, Illustrator remains the central tool.

   You can:

   • Keep dielines on a locked, non-printing layer.
   • Add bleed, varnish, foil, emboss, and white ink layers.
   • Use plugins like Esko Studio to instantly preview the folded package without leaving Illustrator.

   This is a common workflow in agencies and in-house brand teams.

   3. Boxshot

   If your priority is presentation rather than engineering, Boxshot is a strong option.

   It excels at:

   • Folding cartons
   • Cosmetic packaging
   • Food packaging
   • Labels
   • Flexible pouches
   • Cylinders and tubes

   Artwork updates automatically on the 3D model, making it fast to create client presentations and marketing images.

   4. Cinema 4D or SolidWorks

   For unusual packaging—such as molded plastic, electronics packaging, or rigid structures—you might use:

   • SolidWorks for engineering the physical design.
   • Cinema 4D for photorealistic rendering and animation.

   These tools offer flexibility but require more manual setup than dedicated packaging software.

   Which setup fits your role?

   • Packaging graphic designer: Illustrator + Esko Studio
   • Structural packaging designer: ArtiosCAD + Illustrator + Esko Studio
   • Industrial/product designer creating custom packaging: SolidWorks (or another CAD package) + Illustrator, with optional Boxshot or Cinema 4D for visualization
   • Freelancer needing realistic mockups without full packaging CAD: Illustrator + Boxshot

   If your work involves creating both the die-cut geometry and the finished print artwork, the combination of ArtiosCAD and Illustrator is widely considered the professional standard. If your focus is more on visualizing how graphics wrap around complex packaging, adding Esko Studio provides one of the most accurate folded-package previews available, including support for intricate die-cut shapes.

   

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