Mockup, Prototype and Dieline

What is a mockup in packaging design?

A realistic digital or printed visualization of packaging using the dieline design.

Why are mockups important?

They allow designers and clients to preview the design, identify errors, test visual appeal, and improve presentation for approval.

How are mockups made?

Digitally with 3D software or photo editing tools like Adobe Photoshop.

What is a prototype in packaging design?

A physical, fully constructed sample of the packaging that mimics the final product’s look, feel, and usability.

Why are prototypes important?

They test strength, usability, and consumer experience, ensuring protection and proper unboxing.

How are prototypes made?

By printing the dieline on high-quality board or thick paper and assembling it into a real box.

What is a dieline?

A flat, 2D template showing all cuts, folds, and edges of a package — the blueprint for printing and assembly.

Why is a dieline important?

It ensures accuracy so text, graphics, and logos are placed correctly; prevents misalignment or hidden information.

How are dielines made?

In design software like Adobe Illustrator, using precise measurements with color-coded lines: green for bleed, blue for cut, red for folds.

Which of the following is a physical sample of packaging?

A. Mockup B. Prototype C. Dieline D. Draft

B. Prototype

A mockup is always a physical sample of packaging.

False

A ________ is the flat, 2D template that shows all cuts, folds, and edges of a package.

Dieline

Explain one key difference between a mockup and a prototype.

A mockup is a digital/visual preview, while a prototype is a physical, functional sample.

Which software is commonly used to create dielines?

A. Adobe Photoshop B. Adobe Illustrator C. Blender D. AutoCAD

B. Adobe Illustrator

Prototypes are important because they test usability and consumer experience.

True

In dieline design, ________ lines mark folds or creases.

Red

Which of the following best describes a mockup?

A. Blueprint for printing

B. Real-world physical sample

C. Digital visualization of packaging

D. Final production file

C. Digital visualization of packaging