📑 Table of Contents

• Introduction
• Step 1: Install the Scoring Pen
• Step 2: Set Up the Design & Scoring Settings
• Step 3: Load the Material
• Step 4: Start Scoring
• Step 5: Install the Standard Blade & Set the Cutting Parameters
• Step 6: Start Cutting
• Step 7: Assemble the Box
• Video Tutorial
• Conclusion
• FAQ
• Keep Learning

Introduction

In this tutorial, we'll use the Vinyl Cutter scoring function to make a 3D paper box. Scoring creates a shallow fold line rather than cutting through, so the material bends cleanly along a preset edge — which is what makes a paper box look crisp instead of crumpled.

This tutorial uses two operations in a single project: score the fold lines first, then switch to the standard blade and cut the outer outline. Both runs happen on the same sheet without unloading the cutting mat, so alignment stays exact.

Step 1: Install the Scoring Pen

First, press the Power button to turn on the machine. Open the tool clamp and insert the scoring pen into the clamp.

Make sure it's fully seated, and close the clamp securely.

Step 2: Set Up the Design & Scoring Settings

Open HTVRONT IdeaStudio and connect your C2 Cutting Machine. This tutorial connects via USB from a computer. If you'd rather try the phone-and-Bluetooth setup, the C2 Vinyl Cutter First-Time Use Guide walks through that version in its video.

Once IdeaStudio is connected to the C2, click the plus icon in the top-left corner to access the asset library.

Go to the "Library".

Select the built-in 3D Box design and add it to the canvas.

Adjust the size as needed.

Then click "Make" to continue.

Next, select the group containing the fold lines.

Under "Operation", choose "Score".

Then select the corresponding cardstock material.

The recommended parameters will be applied automatically based on the selected material.

Step 3: Load the Material

Place the cardstock paper flat on the cutting mat.

Then load the mat into the machine.

Step 4: Start Scoring

Double-check the scoring settings in IdeaStudio.

When everything is ready, click "Add to Task", then click "Start" to begin scoring.

The C2 Vinyl Cutter will score along the preset fold lines, making the box easier to fold accurately later.

Step 5: Install the Standard Blade & Set the Cutting Parameters

Once scoring is complete, do not unload the cutting mat. Open the tool clamp and remove the scoring pen.

Install the standard blade housing, make sure it's fully seated, and close the clamp securely.

Back in IdeaStudio, select the group you want to cut.

Under "Operation", choose "Cut".

Select the corresponding cardstock material as before. The recommended cutting settings will be applied automatically.

Step 6: Start Cutting

Once everything is set, click "Add to Task", then click "Start" to begin cutting.

The C2 Vinyl Cutter will cut along the preset outer lines of the box design.

Step 7: Assemble the Box

Once cutting is complete, unload the mat and remove the material.

Fold each section along the scored lines.

Then assemble the pieces, and your 3D box is complete.

By combining cutting and scoring, the C2 makes it easy to create boxes, cards, and more 3D paper projects.

Video Tutorial

Watch the 2-minute 55-second walkthrough of the full scoring and cutting process below.

Conclusion

Scoring on the C2 is a two-pass workflow: score the fold lines with the scoring pen, then swap to the standard blade and cut the outer outline without unloading the mat. That sequence is what keeps the fold lines and the cut outline aligned, so the finished box folds cleanly.

From here, the same idea extends to greeting cards, folded inserts, and any 3D paper project where the material needs to bend rather than separate. And if your next project changes material — cutting Heat Transfer Vinyl for a T-shirt, for example — the workflow shifts: no scoring, just cut, weed, and press with a heat press.

FAQ

These are the questions that come up most often when scoring for the first time.

What's the difference between scoring and cutting?

Scoring creates a shallow groove along a fold line, so the material bends cleanly without tearing. Cutting goes all the way through, separating the design from the surrounding material. A 3D paper box needs both: score first for the fold lines, then cut the outer outline. The C2 handles both in the same project with a tool swap between them.

Why can't I unload the cutting mat between scoring and cutting?

Because the fold lines and the outer cut need to line up. If the mat is removed and reloaded, even a small misalignment leaves the fold lines off-centre relative to the outline, and the box won't fold evenly. Leaving the mat loaded keeps the material in exactly the same position for both passes.

Can I score other materials besides cardstock?

Scoring is designed for paper and cardstock — the kind of material that folds without cracking. It's not the right operation for adhesive vinyl or HTV, which are cut rather than folded. For a folding project on cardstock, the scoring pen and the matching cardstock preset are the right combination.

What happens if the fold lines aren't visible after scoring?

If the score line is too faint to fold along, check that the scoring pen is fully seated in the tool clamp — a slightly loose pen can lift off the material. If it's seated correctly, increase the scoring force in IdeaStudio and run the scoring pass again. The cut outline doesn't need to be redone, since the mat is still loaded.

Can I make a paper box with HTV or vinyl instead of cardstock?

Not in the same way — HTV and adhesive vinyl don't fold cleanly without cracking at the fold line, so the box edges would look uneven. For a box project, cardstock is the right material. HTV and adhesive vinyl are better suited to flat or gently curved surfaces, which is why they're paired with a heat press for fabric applications rather than folding projects.

Keep Learning

Scoring is one of the operations the C2 Vinyl Cutter supports. The other UK tutorials cover deep cutting and the first-time workflow — plus the heat presses you can pair with the machine for fabric projects.