Everything You Need to Know to Design and Create Your Own Miniatures

Welcome to the tutorial Everything You Need to Know to Design and Create Your Own Miniatures, using the latest and most accessible AI technology to create 3D models of your favorite characters starting from a single image and bringing them to life with 3D printing technology. The process is so simple, accessible, and intuitive that it goes beyond anything you ever imagined.

0. Nano Banana

1. Selecting the Correct Image

The first step is to choose the character image you will use to create your miniature.

Let’s assume we’ve chosen the following character image as our reference.

This illustration is rendered in a highly polished, cinematic comic-book style, blending modern superhero aesthetics with epic sci-fi fantasy. It features clean, confident line work, fully saturated high-contrast colors, and smooth digital gradients.

The anatomy is idealized and heroic, with glossy skin and metallic materials enhanced by dramatic, stylized lighting and sharp specular highlights. Neon violet energy effects add a futuristic, cosmic intensity, while the deep-space background provides scale and atmosphere without competing with the central figure.

This illustration style may not be the most suitable option for creating your miniature. While it can still be used to begin the process, making a few targeted adjustments to the image will significantly improve the final results of your mini.

The most intuitive, easy-to-use, and state-of-the-art tool for editing, refining, and transforming images using AI is Nano Banana, which you can access directly through Google’s Gemini application.

To get started, go to https://gemini.google.com (TAP HERE)

and create a free account in just a few seconds using your regular Gmail account.

Once inside Gemini, activate Nano Banana’s image creation and image editing mode to begin refining your character image for optimal miniature results.

Important note: If you are watching this tutorial on your mobile phone and the screenshots shown below—where we indicate the steps you need to follow on your computer—appear too small, you can simply zoom in using your fingers to read the text more clearly and view the screenshots in greater detail.

By uploading the image you want to use to create your miniature into Gemini using Nano Banana, you can change the illustration style to virtually anything you want. This allows you to test different visual styles and quickly see which one works best for miniature creation.

Simply writing a prompt like the one below lets you transform the image into a more miniature-friendly style. While this example focuses on a comic-book look, you can adapt the prompt to any style you prefer.

Example prompt: Transform the illustration into a traditional, high-quality comic-book style with a strong emphasis on inked line work and graphic clarity. Replace the cinematic, hyper-rendered finish with clean, visible contour lines, confident black inking, and subtle cross-hatching to define form and anatomy. Use flatter, more illustrative shading instead of glossy gradients, allowing the line art to carry most of the structure and depth. Maintain vibrant, saturated colors, but simplify transitions to a stylized comic palette. Add dynamic speed lines and graphic motion accents to enhance impact and forward movement. Treat the cosmic background in a painterly yet illustrative comic style—rich in color but less detailed than the foreground—ensuring the character remains the clear focal point. The final result should resemble a modern comic splash page: bold, readable, and graphic, never cinematic or photorealistic.

This would be the result of the requested style transformation:

This illustration style can still be used to create your miniature, but it is not the ideal option. If we want to achieve cleaner, more precise, and more polished results, we should ask Nano Banana to transform the image into a style that is better suited for this process.

A cinematic render–style illustration is far more appropriate for generating optimal miniature results. To do this, we request a style transformation using the following prompt.

Cinematic Render – Style Transformation Prompt: Transform the illustration into a highly polished, cinematic digital illustration style with a refined, premium finish. Render the character with smooth, elegant anatomy and idealized proportions, using soft gradients and glossy highlights to create a sculptural, near-photoreal appearance on skin and costume. Emphasize sleek, armor-like fabric materials with subtle reflections and controlled specular lighting. Position the character in a calm yet powerful forward-floating pose, emerging from a glowing violet energy vortex, with twin beams of luminous purple energy extending cleanly from her clenched fists. Use a dramatic but restrained lighting setup, including gentle rim lighting and soft glow effects to define the silhouette without harsh contrast. The color palette should focus on silvers, violets, and deep space blues, with a richly atmospheric cosmic background of galaxies and nebulae that enhances scale and depth while remaining secondary to the character. The final result should feel cinematic, majestic, and controlled—conveying cosmic power and authority rather than graphic motion or comic stylization.

By requesting this style change, this would be the resulting image, and this style is ideal for starting the process:

2. Selecting the Correct Pose

When choosing a pose for creating a 3D miniature, it’s important to understand that almost any pose can be valid. However, when you are just starting out and don’t yet have much experience with 3D reconstruction and printing, simpler poses are always the best choice.

The example pose shown here can work, but it is slightly complex and somewhat unstable. Poses with dynamic balance, floating elements, bent legs, or asymmetrical weight distribution are harder for AI tools to reconstruct accurately in 3D and more difficult to print successfully.

For beginners, it is strongly recommended to start with:

• Both feet firmly placed on the ground

• A balanced, symmetrical stance

• Arms positioned close to the body

• No extreme motion or exaggerated angles

If your character already exists in a complex or unstable pose, you can solve this by using an AI image tool such as NanoBanana. Create a prompt that keeps the character’s identity fully consistent while simplifying the pose.

For example, you can use a prompt like: “Maintaining full consistency of this character, change the pose to a stable standing position with both feet firmly on the ground. Remove all visual noise such as energy effects, lightning, or glowing elements. Place the character’s hands elegantly at both sides of the body. Make the character stand in an epic, elegant, and balanced posture suitable for 3D printing.”

This approach makes the character much easier to reconstruct in 3D, improves the quality of the generated STL, and significantly increases the chances of a clean, successful print—especially when you are still gaining experience.

After giving this instruction to Nano Banana, this would be the result:

3. Selecting the Correct Background

Choosing the right background is a critical step for successful 3D reconstruction. Ideally, the background should be clean, uniform, and easy to remove, as this greatly improves how accurately AI tools can detect the character’s silhouette and volume.

The best possible background color for this process is a neutral mid-gray. Gray is superior to white, black, or colored backgrounds because it provides:

• Balanced contrast against both light and dark areas of the character

• No color contamination on edges

• Clear separation of the silhouette

• Better depth and contour detection for AI reconstruction

For this workflow, the recommended background is a neutral studio gray, approximately:

• RGB: 190, 190, 190

• Hex: #BEBEBE

This type of gray is the industry standard used in professional 3D scanning, character modeling, and photogrammetry pipelines.

To achieve this, you should instruct an AI image tool such as NanoBanana with a clear and precise prompt.

For example: “Change the background of this character to a clean, uniform neutral studio gray (RGB 190,190,190 / Hex #BEBEBE). Keep the character perfectly consistent in shape, proportions, colors, and details. Remove any gradients, textures, shadows, or environmental elements from the background. The background must be flat, evenly lit, and optimized for 3D reconstruction.”

Once this instruction is applied, the character will appear isolated against a perfect neutral gray background, making it significantly easier to generate an accurate, clean, and high-quality 3D model.

After giving this instruction to NanoBanana, this is the resulting background change, optimized for the next steps of 3D reconstruction and STL creation.

4. Adding the Miniature Base

At this stage, it is important to decide from the very beginning whether the miniature will use an integrated base or a separate base. Making this decision early helps avoid scaling issues, structural problems, and alignment errors later in the 3D printing process.

For beginners, an integrated base is usually the best option. It improves stability, makes the miniature easier to print, and reduces the risk of failed prints caused by weak contact points at the feet.

To add a base, you can instruct an AI image tool such as NanoBanana to generate a role-playing game miniature base that fits the character naturally and supports the pose.

A prompt example could be: “Add a solid, integrated role-playing game miniature base to this character. The base should be circular, stable, and proportional to the character’s scale. Place both feet firmly attached to the base. Design the base with a fantasy-style surface suitable for tabletop miniatures. Keep the character perfectly consistent in shape, proportions, outfit, colors, and details. Ensure the base is clean, symmetrical, and optimized for 3D printing.”

After giving this instruction to NanoBanana, the character will appear standing on a proper miniature base, fully integrated with the model and ready for the next steps in 3D reconstruction and STL generation.

This image shows the result of adding the miniature base, optimized for tabletop games and 3D printing workflows.

5. Obtaining Additional Character Views

One of the most important steps in accurately reconstructing a character in 3D is having multiple views of the same character. While a single front image can work in some cases, it always forces the AI to guess what the character looks like from other angles. The more the AI has to guess, the higher the risk of errors in anatomy, proportions, and volume.

The ideal and most reliable way to reconstruct a character in 3D is to provide several orthogonal views of the same model:

• Front view

• Rear view

• Left side view

• Right side view

These views allow the AI to properly understand:

• The true depth and volume of the body

• The exact shape of the silhouette from all angles

• The real thickness of limbs, torso, and accessories

• How the character connects to the base

By preparing these views before moving to 3D generation, you dramatically increase the accuracy of the final STL and reduce the need for corrections later.

To generate these additional views, you can use an AI image tool such as NanoBanana, always using the same reference image and maintaining full character consistency.

Below are the three prompts you should use to generate the missing views.

Prompt 1 – Rear View (Back View): “Using this image as the sole reference, generate a full-body rear view of the same character, seen completely from behind. Maintain perfect consistency in character identity, body proportions, outfit, hairstyle, colors, base design, and details. Keep the pose stable and neutral, with both feet firmly attached to the base. Do not modify the character in any way. Use the same neutral studio gray background. The result must be clean, centered, and optimized for 3D reconstruction.”

Prompt 2 – Right Side View: “Using this image as the sole reference, generate a full-body right-side view of the same character (character facing left from the viewer’s perspective). Maintain full consistency in identity, proportions, outfit, hairstyle, colors, and base. Keep the pose stable and neutral, with both feet firmly attached to the base. Do not add or remove any elements. Use the same neutral studio gray background. The image must be clean and suitable for accurate 3D reconstruction.”

Prompt 3 – Left Side View: “Using this image as the sole reference, generate a full-body left-side view of the same character (character facing right from the viewer’s perspective). Preserve perfect consistency in character identity, proportions, outfit, hairstyle, colors, and base design. Keep the pose stable and symmetrical, with both feet firmly attached to the base. Do not introduce new elements or effects. Use the same neutral studio gray background. The result must be optimized for 3D reconstruction.”

6. Access and Registration in 3DAIStudio

To begin the 3D reconstruction process, you must first create an account and log in to the 3DAIStudio platform.

Visit the official website:

3DAISTUDIO.COM (TAP HERE)

Once there:

• Create a new user account

• Complete the registration process

• Log in to access the 3D generation tools

Having an active account allows you to upload images, use multi-view reconstruction features, and generate high-quality 3D models ready for STL export.

7. Configuring 3DAIStudio for Maximum Quality

This step is absolutely critical. The quality of your final 3D model depends heavily on which AI model you choose inside 3DAIStudio. Even with perfect images, selecting the wrong model can result in poor geometry, loss of detail, or inaccurate proportions.

Inside 3DAIStudio, you will find several AI models available for 3D generation. While many of them work well for basic use cases, there is one model that clearly stands out as the best option for high-quality character reconstruction.

Our strong recommendation: Hunyuan 3.0 (Multi-view)

For character creation and miniature workflows, the State-of-the-Art model in 3DAIStudio is Hunyuan 3.0 (Multi-view).
This model consistently delivers:

• Superior anatomical accuracy

• Better volume and depth reconstruction

• Cleaner silhouettes from all angles

• More reliable results when using multiple views

If your goal is to obtain a clean, accurate, and printable STL, this is the model you should use without exception.

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How to select the correct model

1. Inside 3DAIStudio, go to the Image to 3D section from the left-hand menu.

2. Once inside Image to 3D, locate the AI Model panel on the right side of the interface.

3. Click on Change next to the AI Model selector.

4. From the available options, select Hunyuan 3.0 (Multi-view).

5. Confirm that the model is marked as State of the Art before proceeding.

This configuration ensures that 3DAIStudio uses its most advanced reconstruction pipeline, specifically optimized for multi-view character input.

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Why this is key

Choosing Hunyuan 3.0 (Multi-view) dramatically reduces:

• Guesswork in unseen areas

• Geometry errors in limbs and torso

• Deformations around joints and base contact points

In short, this single choice can make the difference between an average 3D model and a professional-grade STL ready for printing.

Once this model is selected, you are fully set up to move forward with confidence to the 3D generation step.

8. Uploading Images in Multi-View Mode

Once you have prepared all the required views of your character, the next step is to upload them using Multi-View mode. This is essential for achieving a precise and accurate 3D reconstruction, as it allows the AI to understand the character’s full volume from every angle.

In the Image to 3D section of 3DAIStudio, upload all four views:

• Front view (required)

• Left side view

• Right side view

• Back view

Make sure each image:

• Is correctly assigned to its corresponding view slot

• Matches perfectly in scale, pose, and proportions

• Uses the same neutral gray background

Once all four views are uploaded and confirmed (4/4 views completed), the character is fully prepared for 3D generation.

At this point, simply click the “Generate 3D Model” button.

3DAIStudio will now begin processing the images and reconstructing the character into a complete 3D model. The generation process typically takes a few minutes and results in a high-quality 3D mesh ready for review and STL export.

9. Generation and Evaluation of the STL File

Once the 3D generation process is complete, 3DAIStudio will present you with a reconstructed 3D model based on the images you provided. This is a crucial checkpoint in the workflow, where you must carefully evaluate the quality of the generated model before moving forward.

At this stage, rotate and inspect the model from all angles and assess the following:

• Overall anatomy and proportions

• Accuracy of the pose and stance

• Continuity between body parts and the base

• Clarity of details (face, hands, hair, clothing, feet)

• Presence of distortions, holes, or artifacts

After reviewing the model, you should decide one of the following:

• The model is correct
  The proportions, geometry, and details are accurate. You can proceed to download the STL and continue to the printing workflow.

• The model must be regenerated
  If there are major anatomical errors, missing volumes, or severe distortions, it is better to repeat the generation process—often by improving the input images or adjusting the AI settings.

• The model requires additional adjustments
  Minor issues can be corrected later using 3D editing or sculpting tools before final printing.

Taking the time to properly evaluate the STL at this stage saves hours of correction work later and ensures a cleaner, more reliable 3D print.

11. Downloading the Final STL File

Once you have reviewed the generated 3D model and confirmed that it is correct, the next step is to download the final STL file.

In the 3D viewer inside 3DAIStudio, locate the “Download 3D Model” button and select the STL format. This will export the model as a standard STL file, ready to be used in any slicing software.

Before moving on, make sure that:

• The model looks correct from all angles

• The base and character are properly connected

• There are no visible errors or distortions

After downloading, you now have a valid STL file, ready for slicing and 3D printing in the next steps of the workflow.

14. Choosing the Resin: Anycubic Water Wash Resin 2.0

For this workflow, the resin we are going to use is Anycubic Water Wash Resin 2.0. This resin is an excellent choice for beginners and experienced users alike, especially for printing high-detail miniatures and character models.

Below is a clear explanation of what all the images above represent and why this resin is so well suited for this tutorial.

Resin Parameters & Mechanical Properties

The technical chart shows the core material characteristics:

• Low viscosity (190–230 mPa·s at 25°C), which helps the resin flow easily and capture fine details.

• Good surface hardness (82–85 HD), ideal for crisp details on miniatures.

• Balanced strength and flexibility, reducing the risk of brittle parts.

• Controlled shrinkage, which improves dimensional accuracy.

These properties make the resin reliable for consistent, high-quality prints.

Wide Compatibility

The compatibility diagram shows that this resin works with all common LCD/DLP resin printers on the market, especially those using 405 nm UV light, which includes most modern consumer resin printers.

Low Viscosity = Stable Printing

The low-viscosity visuals explain why prints have:

• Better platform adhesion

• Higher success rates

• More consistent layer formation

This is particularly important when printing complex supports or thin details.

Anti-Yellowing & Color Stability

The anti-yellowing comparison demonstrates how Water Wash Resin 2.0 maintains its color and appearance much better over time, even after exposure to light—especially important for white, gray, or transparent prints that will later be painted.

Less Odor – Better for Indoor Use

The odor comparison images show that this resin produces significantly less smell than many alternatives, making it far more comfortable to use at home or in indoor environments.

High Resilience & Reduced Cracking

The flexibility tests highlight the resin’s high elongation at break (around 16–17%), meaning:

• Printed parts are less brittle

• Thin elements are more resistant to snapping

• Finished miniatures are more durable

This is a huge advantage for tabletop figures and detailed characters.

High Precision & Fine Detail

The miniature examples demonstrate the resin’s ability to reproduce extreme surface detail, sharp edges, and clean textures—exactly what we want for character models and collectible miniatures.

Easy Cleaning with Water

Finally, the water-cleaning images show one of the biggest advantages:

• No alcohol required

• Cleaning is done using only water

• More cost-effective and eco-friendly

• Simpler and safer post-processing for beginners
  

Why We Recommend This Resin

In short, Anycubic Water Wash Resin 2.0 offers:

• Excellent detail quality

• Easy and clean post-processing

• Reduced odor

• Strong yet flexible prints

• Beginner-friendly handling

That’s why it’s the resin we recommend for this tutorial and for printing your newly created STL characters at home with confidence.

 

You can use this link to purchase Anycubic Water Wash Resin 2.0, the ideal resin for printing high-quality miniatures at home with ease and excellent results.

This resin is beginner-friendly, easy to clean using only water, and perfect for realistic figurines and character models like the one you’re creating.

In the past, resin 3D printing was much more complex. Cleaning prints required isopropyl alcohol, dedicated washing machines, strong odors, and a more expensive and complicated setup. That alone was a major barrier for many people who wanted to get into the hobby.

Today, with new-generation Water Washable resins (2.0), everything has changed. Once your model is printed, cleaning it is as simple as washing it with water. No alcohol, no complex equipment, and far less hassle.

This makes the entire 3D printing process:

• Cheaper

• Easier

• Cleaner

• More accessible

It truly changes the rules of the game. 3D printing has never been this simple, affordable, or approachable. For the first time, anyone can do this at home.

If you’ve ever wanted to get into 3D printing, this is your moment. It has never been easier, simpler, or more affordable to start this incredible hobby.

Here’s a clear, well-structured explanation in English introducing Anycubic Photon Workshop as the perfect slicer software for your resin prints, with the download link included:

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15. Anycubic Photon Workshop – The Perfect Slicer Software

Once we have created our STL file and we know which 3D printer and which resin we are going to use, we are ready to move on to the next step: choosing the slicer.

The slicer is the software that prepares your STL file with the correct parameters for your specific printer and selected resin. It converts your model into a printable file, setting layer heights, exposure times, and supports so your miniature can be printed smoothly, accurately, and without issues.

The software we recommend for preparing your STL files for printing is Anycubic Photon Workshop. It is specifically designed to work with resin 3D printers, including the Anycubic Photon Mono 4 and other models in the Anycubic family.

Anycubic Photon Workshop allows you to:

• Import your STL file

• Position, scale, and rotate your model

• Add and customize supports

• Slice the file for optimal layer exposure

• Export the print file ready for your printer

It is easy to use, powerful, and ideal for beginners and experienced users alike.

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Download the Software

Before anything else, you need to download the slicer software directly from the official Anycubic website.

👉 Download link:
https://www.anycubic.com/lcdDownload

This link takes you to the Anycubic downloads page where you can find Photon Workshop for your operating system.

Once downloaded and installed, you will be ready to open your STL model and prepare it for printing.

Here is the clean, well-structured explanation in English, written in a clear, beginner-friendly, step-by-step instructional tone:

16. Using Anycubic Photon Workshop

Once we have downloaded Anycubic Photon Workshop for Windows or macOS, depending on our operating system, we install the software and we are ready to start working.

First, in the top-right corner, you will find the Import Model button. Click on it to import your STL file quickly and easily.

Next, in the bottom-right corner, you will see the options to select:

• Machine (3D Printer)

• Resin

Under Machine, select Anycubic Photon Mono 4, which is the printer we are using in this workflow.

Under Resin, select Water Washable Resin +.

With these two selections, you don’t need to configure any additional parameters. In the past, this step was much more complex and required manual tuning. Today, the process is completely straightforward: choose your printer, choose your resin, and you’re ready to go.

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Scaling the Miniature

Once the printer and resin are selected, go to the left-side toolbar.
Select the Scale option to set the correct size for your miniature.

For tabletop RPGs, miniatures are typically around 40 mm in height.
Set the Z-axis value to 40 mm, and the software will automatically scale the model proportionally.

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Rotating the Miniature for Printing

After scaling, still in the left-side toolbar, select Rotate.
Tilt the miniature slightly by a few degrees. This is the correct way to print resin miniatures.

It is not recommended to print miniatures completely upright. A slight inclination improves:

• Surface quality

• Support efficiency

• Print success rate

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Adding Supports

Once the miniature is tilted, go to the top menu and select Supports.

In the Support Script options:

• Choose Light supports

Because this is a small 40 mm miniature, light supports are more than sufficient.
For larger or heavier models, you would choose Medium or Heavy supports, but for RPG-scale miniatures, Light supports are ideal.

Click Generate Automatic Supports, and the software will automatically place the supports.

Take a moment to visually confirm that the miniature is properly supported.

Slicing and Saving the File

When everything looks correct, go to the bottom-right corner and click Slice.

This will take you to a new screen where you can save the sliced file.
Click Save Slice File.

 Then, choose a file name (for example: MiniReady), and click Save.

Your file is now fully prepared and ready to print. Simply copy it onto a USB drive, insert it into your 3D printer’s USB port, and start the print.

With just these steps, your miniature is fully prepared, sliced, and ready to be printed—simple, clean, and beginner-friendly.

Here is the clean, professional explanation in English, written in a clear, beginner-friendly tone and suitable for a guide or tutorial:

17. Post-Processing the Miniature

Printing the miniature is the easiest part of the process. You simply pour the resin into the printer’s tank, insert the USB drive with the file created in Anycubic Photon Workshop, and press the Print button. In a short amount of time—usually within a couple of hours—the printer will finish the job, and your miniature will be fully printed and ready for post-processing.

Now we move on to the post-processing stage of the miniature.

Once the miniature has finished printing, it will be attached to the build plate of the resin 3D printer. The first step is to carefully remove it from the plate and proceed with cleaning.

Because we are using water-washable resin, the cleaning process is simple and safe. Submerge the miniature in water to remove any remaining resin residue.

Ideally, the water should have a bit of pressure and be warm, as warm water helps dissolve and carry away resin residue more effectively.

You can also gently clean the miniature using a soft toothbrush, brushing it while it is submerged in warm water. This makes the cleaning process easy, fast, and very effective.

Once the miniature has been washed with water and we are sure that all remaining resin has been properly removed, we proceed to inspect it and let it dry completely.

After it is fully dry, we carefully check the figure to make sure it has printed correctly, that there are no defects, and that it is indeed ready to move on to the next stage.

Removing the Supports

Removing the supports is usually very straightforward. In most cases, supports can be removed carefully by hand.

If you prefer more precision, you can use fine clippers, especially for tighter or more delicate areas.

• For sturdy miniatures, removing supports by hand is usually enough.

• For delicate parts, clippers are recommended.

• Always wear protective glasses when using clippers for safety.

Once all the supports have been removed, the miniature should be clean and ready for curing.

Curing the Miniature

Place the miniature in a curing station and expose it to UV light for approximately 10 minutes. This final curing process fully hardens the resin and ensures the miniature reaches its final strength.

After curing, the miniature is officially finished from a printing perspective and ready for the artistic stage.

Priming and Painting

Before painting, apply a primer coat to the miniature. In this workflow, we recommend white primer, but the artist or hobbyist can choose white, gray, black, or any preferred colour.

Make sure the primer covers the miniature completely, from all angles, ensuring no surface is left unprimed.

Once primed, you can move on to painting—one of the most exciting and creative parts of the hobby.

For beginners, we strongly recommend using Speedpaints. They are:

• Extremely easy to use

• Designed for single-coat application

• Perfect for beginners

• Capable of producing professional-looking results with minimal effort

Our top recommendation is The Army Painter Speedpaint 2.0 range.

These paints are incredibly accessible, simple to use, and allow anyone—with just basic miniature painting knowledge—to achieve stunning, high-quality finishes.

With these tools, your miniature can reach a spectacular final result, making the entire process both rewarding and incredibly fun.

18. Anycubic Wash & Cure Station

The Anycubic Wash & Cure Station is the perfect option we recommend for curing all kinds of miniatures, statuettes, and parts printed with your resin 3D printer. It is, without a doubt, the final piece that closes the loop and completes a fully functional home 3D printing setup.

After washing your prints (especially when using water-washable resin), proper UV curing is essential. This station provides uniform ultraviolet light, ensuring your miniatures are fully cured, durable, and ready for handling, priming, and painting. The process is simple, clean, and beginner-friendly—just place your model inside, set the timer (around 10 minutes is usually enough), and let the machine do the work.

In short, to build a complete and accessible 3D printing kit, you only need:

• Anycubic Photon Mono 4 – your resin 3D printer

• Anycubic Water-Wash Resin 2.0 – easy to clean, beginner-friendly resin

• Anycubic Wash & Cure Station – washing and UV curing in one device

This initial investment typically ranges between £200 and £300, which is incredibly affordable considering you can print hundreds of miniatures, fully develop the hobby, and enjoy one of the most creative, exciting, and rewarding activities available today. It offers total freedom for creativity and innovation, hours of entertainment, and a solid first step toward becoming confident—and even professional—at 3D printing.

You can purchase the Anycubic Wash & Cure Station directly on Amazon by clicking the link provided HERE.

19. Army Painter Speedpaint Starter Set 2.0

We highly recommend starting with the Army Painter Speedpaint Starter Set 2.0, which you can purchase on Amazon for a very affordable price. This starter set is perfect for beginners and one of the easiest, fastest, and most intuitive ways to start painting miniatures with great-looking results right from the start.

Why this set is ideal:

• Extremely easy to use, even if you have never painted miniatures before

• Designed for single-coat painting with built-in shading and highlights

• Saves time while still delivering a professional-looking finish

• Ideal for RPG miniatures, wargames, and display models

👉 Click here to buy the Army Painter Speedpaint Starter Set on Amazon

👉 Click here to access the official Speedpaint usage guide – a very simple, beginner-friendly tutorial that shows you exactly how to use Speedpaint step by step

If you want to expand your paint collection, explore new colors, or upgrade your painting setup, you can also visit the official Army Painter website (CLICK HERE), where you’ll find:

• Full Speedpaint 2.0 color ranges

• Advanced paint sets

• Brushes, primers, and hobby tools

This system makes miniature painting accessible, fast, and fun, allowing anyone to achieve stunning results without years of experience. It’s the perfect way to grow your hobby, improve your skills, and bring your printed miniatures to life. 🎨✨

20. Bonus Content

As an additional bonus, and to conclude this fascinating tutorial, I’m sharing a link to a complete PDF guide (TAP HERE) featuring advanced miniature painting techniques from the acclaimed paint brand Army Painter.

This guide is available for you to download freely, print, and use however you like, helping you continue improving your skills and becoming a true professional in miniature painting.