How to Achieve High-Relief Texture with Die Cutting Machines

Die cutting machines are often seen as tools for cutting flat shapes from paper, but they can also create impressively raised, tactile designs. With the right combination of pressure, plates, and paper thickness, crafters can achieve high-relief texture that turns simple cardstock into dimensional artwork.

High-relief texture is not limited to deeper 3D embossing folders. While those folders offer convenience, many methods can produce even more dramatic results. Layering multiple die-cut pieces, using shims to increase pressure, and selecting heavy or fibrous papers all contribute to deeper impressions and raised surfaces.

This guide explains how to achieve high-relief texture with die cutting machines safely and consistently. You will learn material selection, shimming techniques, layering methods, and troubleshooting for common problems like cracking and uneven impressions.

Quick Answer

Use heavy cardstock, add a shim to increase pressure, and layer multiple die-cut pieces to build height. Combine embossing with die cutting for deeper impressions. Test on scrap paper before committing to a final project.

Understanding High-Relief Texture in Paper Crafts

High-relief texture in paper crafts means the design rises noticeably from the surface, creating strong shadow lines and a three-dimensional effect. This is different from standard embossing, which often produces a subtle, rounded impression. To get high relief, the paper must be forced deeply into the recesses of an embossing folder or die, or height must be built up with stacked layers.

Die cutting machines apply pressure between rollers or a platform, and the amount of pressure determines how deeply the paper is pressed. Most machines are designed for standard cutting and embossing, but with minor adjustments, you can push the pressure higher to achieve deeper impressions. The key is balancing enough pressure to create depth without tearing or cracking the paper.

Many crafters assume that deeper 3D folders are the only way to get high-relief texture, but layered die cuts, stacked cardstock, and custom shims can be just as effective. In fact, layering often provides sharper edges and more control over the final height than a single embossed sheet.

High-Relief Texture Techniques Beyond 3D Folders

While deeper 3D embossing folders are designed to create pronounced texture, you can achieve similar or even greater relief by combining standard folders with extra pressure, by stacking cut pieces, or by customizing your embossing sandwich. This section covers techniques that work with most manual, electric, and portable die cutting machines.

Layering Die-Cut Shapes for Height

One of the most reliable ways to build high-relief texture is to cut the same shape multiple times and glue the pieces together. For example, a floral die cut can be cut three or four times from heavy cardstock, then stacked with liquid glue or adhesive sheets. The result is a thick, sturdy embellishment that stands well above the project base.

To keep edges aligned, use a fine-tip glue or a glue pen. You can also cut the bottom layer from a slightly darker shade to create a shadow effect, which enhances the sense of depth. For very tall elements, consider using chipboard or multiple layers of 110 lb cardstock.

Combining Embossing and Die Cutting

Another effective method is to emboss a piece of cardstock first, then die cut the raised area. The embossed texture adds surface detail, while the cut edges give a clean outline. Conversely, you can die cut a shape and then run it through an embossing folder to add pattern on top of the raised surface.

When combining these techniques, use a shim to compensate for the reduced thickness of the die-cut piece if needed. Some die cutting machines require an extra plate or shim to maintain pressure when embossing a single die-cut shape rather than a full card front.

Stacking Materials for Extra Pressure

Sometimes the easiest way to increase relief is to add more material to the embossing sandwich. A shim—a thin piece of cardstock, plastic, or metal—can be placed behind the paper or folder to increase the pressure applied by the machine. Even a few layers of copy paper can make a measurable difference in how deeply the design is pressed.

Start with one shim and test. If the paper begins to crack or the machine becomes hard to turn, remove a layer. The goal is to find the maximum pressure your machine and paper can handle without damage.

Materials That Support Deep Dimension

Paper and cardstock choice is critical for high-relief texture. Thin, flimsy paper will not hold deep impressions; it will wrinkle, tear, or flatten quickly. Heavy cardstock, watercolor paper, and some specialty papers have enough fiber and thickness to maintain raised shapes.

Cardstock Weight and Fiber

Look for cardstock in the 80 lb to 110 lb cover weight range. This weight offers enough stiffness to hold an impression without cracking under normal pressure. Cardstock made from long fibers, such as cotton or high-quality wood pulp, tends to emboss more cleanly than brittle, short-fiber paper.

Test different brands and weights, because the same pound rating can feel different depending on fiber content and coating. Coated or glossy cardstock may resist deep embossing because the coating can crack, while uncoated cardstock usually takes texture more evenly.

Specialty Papers and Alternatives

Watercolor paper, especially cold press, has a soft, fibrous surface that accepts deep embossing well. Kraft and cotton papers also work. Vellum can be embossed, but it is thin and benefits from a backing shim. Avoid papers with heavy metallic or plastic coatings for the deepest relief, as they may crack or separate from the paper base.

For projects that need extra stiffness, you can laminate two sheets of thinner cardstock together before embossing. This creates a thicker blank that holds deeper texture. Use a dry adhesive or glue stick and allow it to dry completely before running it through the machine.

Using Shims to Increase Embossing Depth

A shim is any thin, flat material added to the die cutting sandwich to increase pressure. Because most machines have a fixed opening or roller gap, adding a shim effectively reduces that gap and forces the paper deeper into the embossing folder or die. Shims are one of the most affordable and versatile ways to achieve high-relief texture.

Making and Testing Shims

Common shim materials include copy paper, cardstock, thin plastic sheets, or even metal shim stock. Start with a single sheet of copy paper and place it between the cutting plates and the embossing folder, following your machine’s manual for the correct plate order. Run a test piece and inspect the impression.

If the texture is not deep enough, add another sheet of copy paper and test again. Keep adding one layer at a time until the desired relief appears or the paper begins to crack. If cracking occurs, remove one shim and use that setting for that specific paper and folder combination.

Stacking Materials for Extra Pressure

You can also stack embossing folders with a thin piece of chipboard or a second cutting plate to change the pressure. Some crafters use a metal shim, which is very thin and durable, but be careful: too much metal can damage rollers or plates. Always consult your machine’s manual before using rigid materials.

For electric machines, pressure adjustments are usually automatic, but you can still use shims to increase pressure. However, electric machines may have sensors that detect overly thick sandwiches, so check the manual and do not force the platform.

Layering and Building Height with Multiple Impressions

Beyond shimming, you can build high-relief texture through repeated impressions and layered construction. This method gives you precise control over height and allows you to combine different colors and textures.

Double-Cut Layering for Raised Shapes

Cut a design twice: once from the top decorative paper and once from a slightly thicker backing material, such as chipboard or heavy cardstock. Glue the two together, then attach to the project. The backing layer adds stability and height without relying solely on pressure. For even more height, cut three or four identical shapes and stack them neatly.

Use a liquid adhesive with a fine tip to avoid overflow, or use double-sided adhesive sheets that cover the entire die-cut shape. Press firmly and allow to dry under a heavy book or acrylic block to keep layers flat.

Combining Embossing and Die Cutting

To create a raised piece with both dimension and surface texture, emboss a sheet of cardstock first, then place a die over the embossed area and run it through again. The die will cut the embossed shape cleanly. Alternatively, cut the shape first, then use an embossing folder with a shim to add texture. This gives a layered look with less bulk than stacking multiple cuts.

Manual, Electric, and Portable Machines: Adapting Pressure

Manual die cutting machines give you the most control over pressure because you choose the plate combination and can adjust shims easily. Electric machines often have preset pressure settings, but many allow additional plates or shims. Portable machines may have a smaller opening, so fewer shims are needed, and you may need to use thinner materials.

Regardless of the machine type, always start with the manufacturer’s recommended sandwich and make small adjustments. Never force a handle or platform. If the machine resists, stop and remove a shim. Overly thick sandwiches can damage rollers, bend plates, or void warranties.

Troubleshooting Low Relief and Tearing

Even with careful technique, you may encounter problems. Deep embossing stresses paper, and each paper type responds differently. The following solutions address the most common issues.

When Paper Cracks or Rips

Cracking usually means too much pressure or too brittle paper. Reduce the number of shims or switch to a softer, longer-fiber cardstock. You can also lightly mist the paper with water or use a damp paper towel to relax fibers before embossing, but do not soak it. Allow the paper to dry completely before handling.

If tearing occurs at the edges of a die cut, the blade may be dull or the paper may be too thick for a single pass. Cut the shape with lighter pressure, then emboss if desired, or use a steel-rule die designed for thicker materials.

When Texture Is Uneven

Uneven impressions often result from an unbalanced sandwich or worn plates. Make sure the platform and plates are flat and free of debris. Rotate the paper or folder 180 degrees and run it through a second time to even out the pressure. If one side is always lighter, add a small shim only under that side.

Another cause is paper that is not centered or a folder that is not fully closed. Check that the embossing folder is aligned and that the paper sits flat inside it. For large sheets, run the paper through in sections if your machine accepts a smaller width.

Project Ideas for High-Relief Texture

High-relief texture works especially well for card fronts, scrapbook titles, and handmade gift tags. Build a layered floral cluster by cutting several flower shapes, embossing each with a different texture, and stacking them with foam adhesive. Add a die-cut monogram raised on chipboard for a bold title. Use deeply embossed cardstock as a background panel, then sand the raised areas lightly to reveal the white core for a vintage look.

Conclusion

Achieving high-relief texture with die cutting machines is about more than buying a deeper 3D folder. By selecting heavy cardstock, adding shims, layering die-cut shapes, and combining embossing with cutting, you can create dimensional paper crafts that feel as good as they look. The key is to test and adjust pressure gradually, respecting your machine’s limits and the paper’s capacity. With practice, you will develop a reliable set of techniques for bold, high-relief texture in every project.

FAQ

Can I use any die cutting machine to create high-relief texture?

Most manual and electric die cutting machines can create high-relief texture when used with the right paper, shims, and pressure. However, always follow your machine’s manual and avoid forcing the platform or rollers.

Do I need deeper 3D embossing folders to get high-relief texture?

No. While deeper 3D folders help, you can achieve high-relief texture by layering multiple die-cut pieces, adding shims to increase pressure, and combining embossing with die cutting. These methods often give you more control over the final height.

What is the best cardstock weight for deep embossing?

Cardstock in the 80 lb to 110 lb cover weight range generally holds deep impressions well. Look for uncoated, long-fiber cardstock, and test a small piece first, because different brands and coatings respond differently.

How many shims should I use to increase relief?

Start with one thin shim, such as a sheet of copy paper, and add one layer at a time. Stop adding shims if the paper cracks, the machine becomes hard to turn, or the sandwich feels too tight. The ideal number varies by machine, paper, and folder.

Why does my paper tear when I try to get deeper texture?

Tearing usually happens because the paper is too thin, too brittle, or the pressure is too high. Reduce shims, switch to a heavier or softer cardstock, and consider lightly misting the paper before embossing, but let it dry completely.

Can I layer die-cut shapes to create high-relief texture without embossing?

Yes. Cutting the same shape multiple times and gluing the pieces together builds height and creates a bold, raised embellishment. This method works with any die cutting machine and does not require changes to pressure or sandwich thickness.