What Is Lenticular Printing and How to Make it?

Remember those classic plastic cards that magically shift or pop out in 3D when you tilt them? That's lenticular printing at work.

You might think you need heavy-duty commercial equipment to pull this off, but the truth is, you don't. With the right materials, a decent printer, and a bit of patience, you can craft stunning lenticular prints from your own desk.

This guide will walk you through everything: how the illusion works, the exact tools you'll need, and a step-by-step tutorial for creating 3D, flip, or animated prints.

Are you a visual learner? We've got you covered.

One of our amazing community members put together a complete video tutorial showing exactly how to get it done using the eufyMake E1 and our Lenticular Raster Generator. Watch it here to see the magic in action!

What Is a Lenticular Print?

Before we get our hands dirty with cutting and printing, let's cover the basics. What exactly are you looking at when you hold one of these pieces?

Simply put, a lenticular print is a physical graphic design that tricks your brain. It combines a specially prepared, chopped-up image with a textured piece of plastic. When these two things are perfectly aligned, they create the illusion of depth, motion, or a complete image change.

Unlike a regular photograph that just sits there, a lenticular print is interactive. It changes based on where you are standing or how you hold it.

If you were to look at the paper printout all by itself, without the plastic covering on top, it would just look like a blurry, glitchy mess. You would not be able to make sense of it.

The real magic relies on the plastic lens. If you want to dive deep into the technical history and optical physics, Wikipedia's explanation of lenticular printing offers a fantastic, detailed breakdown.

But in simple terms, the plastic sheet acts as a decoder ring. When you stick that blurry image to the back of the plastic, the lenses filter the light. Suddenly, chaos turns into a crisp, moving picture.

If you run your fingernail across the front of a lenticular print, you will feel tiny bumps. You might even hear a little "zip-zip" sound. Those bumps are not just there for texture. They are the secret to the entire process.

How Does Lenticular Printing Work?

Lenticular printing uses a plastic sheet covered with tiny ridges called lenticules. These ridges act like small lenses, directing different parts of an image to your eyes depending on the angle you view it from.

To make the effect, two images are first cut into very thin strips and then combined in an alternating pattern. This process is called interlacing.

Image: dagazi

For example, one image might show a whole apple, while the other shows an apple core. The strips of both images are placed together under the lenticular lens sheet.

When you look at the print from one angle, the lenses direct the strips of the whole apple to your eyes. From another angle, they direct the strips of the apple core instead.

Your brain combines the visible strips into a complete picture, so the image appears to switch smoothly between the whole apple and the apple core as you tilt it.

Image: dagazi

Common Types of Lenticular Effects

You are not just limited to a simple two-image flip. Depending on how you chop up your images and which way you face the plastic lenses, you can create several totally different effects.

Flip Effect

This is the classic effect and the best place for beginners to start. A flip effect jumps cleanly from one image to a completely different image. You might show a "before and after" shot of a home renovation, or a bilingual sign that switches from English to Spanish as you walk past.

Because you want the image to change as the viewer nods their head or tilts the card up and down, the ridges on the plastic lens usually run horizontally.

Animation Effect

Want to bring a video to life on paper? The animation effect is exactly what it sounds like. Instead of just two images, you slice up to 15 or 20 frames of a short video clip. When you interlace them and apply the lens, the viewer sees a few seconds of actual motion.

You could show a baseball player swinging a bat, a flower blooming, or a logo spinning. This requires a very thin lens and highly precise printing, but the results are incredible.

3D Depth Effect

This effect is a true showstopper. Unlike flips and animations that change as you move, a 3D depth effect is meant to look three-dimensional even when you hold still. It makes parts of the image look like they are popping out of the frame, while the background sinks backward.

To do this, the ridges on the lens must run vertically. The lens sends one slightly different angle of the image to your left eye, and another to your right eye. Your brain gets tricked into seeing actual, physical depth.

Zoom or Morph Effect

These are fun variations of the animation effect. A zoom effect uses the same image over and over, just slightly larger in each frame. When you tilt it, the image seems to rush right at your face! A morph effect smoothly blends one object into another over multiple frames—like a caterpillar slowly dissolving into a butterfly.

What You Need for Lenticular Printing

If you are making lenticular prints with the standard method, you will typically print the interlaced image first and then mount it to a lenticular lens sheet. This is the most straightforward setup for beginners.

1. Lenticular Lens Sheets

This is the key material. Lenticular sheets are measured in LPI, which stands for "Lines Per Inch." This tells you how many tiny ridges are packed into one inch of plastic.

Low LPI, such as 40 LPI, is best for large posters or displays viewed from farther away. High LPI, such as 75 or 100 LPI, is better for smaller items like business cards, photos, or stickers.

For a first project, 50 LPI is the most forgiving starting point, since the lower the LPI, the more room you have to get the alignment right. If you are using the traditional print and laminate method, sheets with pre applied adhesive are convenient.

Image: Etsy

2. High Resolution Inkjet Printer

You need a printer that can produce very fine, crisp detail. A good photo inkjet printer works well for the traditional method. Laser printers are usually not ideal for lenticular work.

3. High Gloss Photo Paper

Do not use cheap copy paper. Regular paper absorbs too much ink, which can blur the fine interlaced lines and ruin the effect.

Use premium glossy or resin coated photo paper.

4. Interlacing Software

You need software to slice and weave your images together. Dedicated lenticular software or online interlacing tools make this much easier than doing it manually.

5. Cold Laminator

If you are printing on paper and then mounting the lens sheet, a cold laminator helps apply even pressure, remove air bubbles, and improve the final result.

6. Precision Cutting Tools

A metal ruler, cutting mat, sharp craft knife, or paper trimmer will help you trim the final piece cleanly and accurately.

7. Optional: Use a UV Printer to Simplify the Workflow

If you are using a UV printer, that is a different workflow. In industry, it is common to print directly onto the back of the lenticular lens sheet. This can simplify the process and let you skip some traditional materials, especially photo paper and often the cold laminator.

However, you still need the lenticular lens sheet itself.

How to Make Lenticular Prints Step by Step?

Now that your workspace is set up and your materials are ready, it is time to do some magic.

Here is a major pro tip right off the bat: the biggest mistake beginners make is printing the image first, sticking the big plastic lens on top of it, and then trying to cut the final piece out. Trying to slice through hard plastic and delicate paper at the same time usually ruins the edges of your photo paper.

To get professional, clean results, we are going to flip the script. We will cut the lens first. Follow these steps closely.

Step 1. Prepare Your Images

Everything starts with great source files. Open your favourite photo editing software and choose the images you want to use. If you are doing a simple 2-image flip, make sure both images are exactly the same size. For example, crop them both to 4x6 inches at 300 DPI.

Try to match the layout of your subjects. If you are flipping from a picture of a cat to a picture of a dog, try to make sure their eyes and noses are in roughly the same spot on the canvas. This makes the flip feel much more natural to the viewer. Also, avoid pure white backgrounds if you can, as they tend to cause minor ghosting issues later on.

Step 2. Interlace the Images

Take your perfectly sized images and load them into your interlacing software. The software will ask you for your lens LPI.

Here is a tricky detail: a "50 LPI" sheet is rarely exactly 50.00 LPI. Due to the manufacturing process, it might actually be 50.03 or 49.96. To find out, you need to print a "pitch test." Your software will generate a sheet of fine lines. You place your lens over this test sheet to find the exact mathematical LPI of your specific batch of plastic.

Once you type that exact number into the software, hit the interlace button. The program will slice and weave your images together into one file. Save this file! And remember: never resize this interlaced file once it is saved. If you stretch it or shrink it even a tiny bit, the lines will no longer match your plastic lens.

Step 3. Cut the Lenticular Lens Sheet First

Before you touch your printer, let's prep the plastic. Take your blank lenticular sheet and cut it down to your final desired size (let's say, 4x6 inches).

Using your craft knife and metal ruler, score the smooth back of the plastic a few times, then snap it cleanly. Make sure your cuts are perfectly straight and parallel to the lenticular ridges. If your cut is diagonal, your image will flip crookedly.

By cutting the lens now, you avoid tearing your beautiful print later.

Step 4. Print the Interlaced Image

Load your high-gloss photo paper into your inkjet printer. Open up your saved interlaced image file.

When the print dialogue box pops up, pay close attention to the settings. You must make sure that "Scale to Fit Media" or "Borderless Printing" are completely turned off. The image must be printed 100% of its original size.

Set your paper type to glossy photo paper and bump the print quality up to the maximum setting (often called "Best" or "Photo RPM"). Hit print, and then let the paper sit for a few minutes so the ink can completely dry. Because you already pre-cut your plastic lens, you can print some simple crop marks on the paper to know exactly where the lens should go.

Step 5. Align and Assemble the Lenticular Print

This is it. The make-or-break moment. Take a deep breath!

Place your printed image flat on a table in a brightly lit room. Take your pre-cut plastic lens. Do not peel off the whole sticky backing yet! Instead, just peel back a tiny half-inch strip of protective paper along one edge.

Lay the lens gently on top of the print, smooth side down. Look straight down through the plastic at your image. Close one eye. Now, slowly and carefully rotate the plastic lens microscopically to the left and right.

You will see the image flip wildly, then get blurry, and then suddenly become crystal clear. You are looking for the "sweet spot" where the image transitions cleanly when you move your head.

Once you find that perfect alignment, hold the lens down hard so it cannot move. Press that small exposed strip of adhesive down onto the photo paper to lock it in place. Now your lens is safely "tacked" down.

Grab your cold laminator. Feed the tacked edge into the rollers. As you slowly crank the handle, use your other hand to gently pull away the rest of the adhesive backing underneath. The laminator will crush the lens and paper together permanently, rolling out any trapped air.

Step 6. Test the Viewing Angles

You did it! Pull your finished piece out of the laminator. Hold it up and tilt it around.

Watch the image flip back and forth. Check out the clean, sharp edges because you smartly cut the plastic beforehand.

If you're wondering what a polished lenticular print can look like in action, take a look at this real-world lenticular printing created with the eufyMake E1.

How to Make Lenticular Cards with a UV Printer

The traditional method above works, but it asks a lot of you. You need to find a lens sheet with the right LPI, test its true pitch, print carefully, wait for the ink to dry, align everything by hand, then laminate without letting anything shift.

All of that effort solves one problem: getting your printed image to line up with a plastic lens sheet.

A UV printer skips most of that. In UV printing, the ink cures the moment it lands on the surface, so fine lines stay sharp and you can skip mounting and laminating.

The biggest difference is that you do not always need a separate lens sheet. A UV printer can build the raised texture in ink, so the lenticular effect goes straight onto the material itself.

Here is how it works on the eufyMake E1.

Step 1. Open Lenticular Maker

Start with our free Lenticular Maker. Choose Lenticular On Anything to begin, then set your canvas size and pick a stripe direction. Do this before you upload anything, since it changes how the effect prints later.

Step 2. Load Your Two Images

Upload two images with a clear difference between them. A daytime and night-time shot of the same landmark works well, or two expressions, two seasons, anything with contrast. Keep the framing consistent so the switch reads cleanly.

Step 3. Check the 3D Preview

Before you commit to anything, rotate the live 3D preview and check both images switch smoothly as you move it.

Step 4. Download the Colour Map and Depth Map

Once the preview looks right, download and save the generated image and the depth map. You will need both files in the next step, so keep them somewhere easy to find.

Step 5. Place Your Material and Take a Snapshot

Put your card, acrylic sheet, or object on the printer bed. Open eufyMake Studio and take a snapshot so it can recognise the exact position of your material.

Step 6. Import the Files and Align

Bring the colour map onto the canvas and align it with your material. Then select Custom Texture and import the depth map you downloaded earlier.

Step 7. Match the Thickness and Print

Check that the thickness setting matches the prism height you chose in step 1. If the two do not match, the effect will not read properly. Once everything lines up, hit print.

Common Problems in Lenticular Printing

Do not stress out if your very first print is not flawless. This is a craft that requires high precision, and there is a small learning curve. If you run into issues, you are not alone. Here is how to fix the most common hiccups.

Blurry or Ghosting Effects

You tilt the card to look at the picture of the cat, but you can still faintly see the ghostly outline of the dog lingering in the background. This is called "ghosting."

Ghosting usually happens for two reasons. First, your alignment might have shifted slightly right before you laminated it, meaning the lens is showing you a tiny bit of both images at the same time.

Second, your images might have too much contrast. If one image has a bright white background and the other is pitch black, the dark colours will naturally bleed through the transparent plastic into the light colours. To fix this, try to use source images that have similar lighting and colour palettes.

Image Transitions Look Uneven

What if the flip looks perfect on the left side of the photo, but the right side looks blurry or flips at a completely different time? This is a "bowing" issue.

This usually happens during the lamination step. If you apply uneven pressure, or if your printer fed the paper slightly crooked, the printed lines will bend slightly. Always make sure you tack down the edge of your lens very securely before running it through the rollers to prevent any shifting.

Print Does Not Match the Lens Sheet

If you are rotating the lens round and round during Step 5 and the image never looks clear, you have a scaling mismatch.

This means the microscopic lines on your paper literally do not line up with the ridges on the plastic. Nine times out of ten, this happens because the printer software quietly shrunk your image by 1% or 2% to fit the page margins. Always triple-check that you are printing at 100% scale without any borders. Also, ensure you did the pitch test correctly in Step 2!

Creative Uses for Lenticular Prints

Once you get the hang of cutting, interlacing, and rolling, a massive world of creative projects opens up to you. Lenticular prints are not just a fun party trick. They are incredible tools for communication, art, and marketing.

Because people love to hold them and play with them, they rarely end up in the bin. Here are some awesome ways to use your new skills.

Trading Cards and Collectibles

Do you draw comics or design characters? The sports and trading card game industries have used this technology for "rare" chase cards for years. You can offer 3D versions of your own artwork as premium, limited-edition collectibles to your fans. The thick plastic also gives the cards a heavy, premium feel in the hand.

Event Invitations

Want to make sure people actually RSVP to your party? Send them an invitation they cannot stop playing with. A wedding invite could flip between a gorgeous engagement photo and the actual time and date of the ceremony. A corporate event invite could feature a 3D version of the company logo. It sets a fun, high-end tone before the event even starts.

DIY Art and Home Decor

You do not have to keep things small. By tracking down larger lenses with lower LPIs (like 40 LPI), you can create massive pieces of wall art. Picture a large portrait in your living room that changes its facial expression as guests walk from the kitchen to the sofa. It is a fantastic way for artists to break out of the traditional flat canvas.

Small Business Product Branding

If you run a small e-commerce shop, the "thank you" cards you put in your shipping boxes matter. Imagine dropping in a lenticular card that flips from a friendly "Thank You!" to a QR code that links directly to your store's discount page. Customers are much more likely to keep a cool, interactive card on their desk, keeping your brand top-of-mind.

Made in Britain

Lenticular effects work well with subjects people already recognise, which makes local landmarks an easy starting point.

Picture a postcard that flips between Big Ben by day and by night, or a coaster that switches between the Houses of Parliament and a red double-decker bus. A fridge magnet showing the Edinburgh skyline shifting from dusk to dark works the same way. If London souvenirs are more your thing, we have put together a separate list of ideas worth a look, and there is a similar one for Scotland and Edinburgh if that is closer to home.

These effects also do well on market stalls, since people cannot photograph the motion properly and tend to stop for a closer look instead. We wrote a short guide on getting set up at craft fairs in the UK if you are thinking about selling at one.

Best Printer for Lenticular Printing

The best printer depends on your method.

For the traditional lenticular method, a photo inkjet printer works best. It reproduces fine interlaced lines more cleanly than a laser printer, which struggles with this level of detail.

For printing lenticular effects directly onto objects, a UV printer is the better choice.

The eufyMake E1 is a compact option worth considering. It fits on a desk, and its 3D texture printing lets you create the effect directly on phone cases, magnets, coasters, acrylic, and more.

Start Creating Your Own Lenticular Prints

Lenticular printing is a beautiful blend of old-school optical science and modern digital design. Sure, terms like "interlacing" and "lines per inch" might sound a little intimidating at first glance, but the actual, physical process is incredibly fun and totally achievable for beginners.

By taking the time to pick good source images, letting the software do the heavy lifting, and following best practices like pre-cutting your plastic sheets, you can produce jaw-dropping 3D and animated prints right on your kitchen table.

The most important tool you need is simply patience. Nailing that perfect mechanical alignment takes a little practice.

But honestly? The very first time you smoothly tilt your finished print and watch the image magically transform in your hands, you will realise the effort was completely worth it. Grab your materials, start experimenting with fun flip effects, and bring your flat artwork to life!

FAQs

What is a lenticular print?

A lenticular print combines an interlaced design with a ridged plastic lens sheet. The lenses show different parts of the image depending on your viewing angle. This creates the illusion of depth, motion, or a full image switch.

What's the difference between holographic and lenticular print?

Both can look three-dimensional. Lenticular printing relies on tiny lenses and your viewing angle. Holographic effects come from how light interacts with a structured surface.

Is lenticular printing expensive?

It depends on the method. Ordering custom prints from a specialist can cost several pounds per card once you add setup fees. Making your own is much cheaper. A pack of lens sheets costs a few pounds, and a UV printer removes the need for lens sheets entirely.

Where can I get lenticular prints made?

Specialist print shops can make them, but turnaround often takes days and setup costs add up for small runs. A UV printer like the eufyMake E1 gives you the same effect at home, whenever you want it.

How can I create a lenticular image?

You can use the traditional method, which means interlacing two images, printing them, then aligning and laminating a lens sheet on top. Or you can use a UV printer, which prints the raised lens texture directly in ink. Both are covered step by step above.