3D Printed Miniatures: 15 Models, Better Prints 🎲

For the sharpest 3D printed miniatures, choose a resin printer; for terrain, larger models, and a simpler material workflow, choose FDM. The right pick depends on what you want to make, how much post-processing you’ll tolerate, and where you can safely run your printer.

We’ve seen a tiny resin-printed sword look wonderfully crisp right up until support removal turned it into a tiny resin-printed tragedy. That’s why great miniatures come from more than printer specs: model quality, scale, orientation, supports, materials, and finishing all matter.

Key Takeaways

  • Resin printers usually capture the finest details on character figures, faces, armor, and small accessories.
  • FDM printers shine with terrain, bases, and larger models, though layer lines are more visible on small figures.
  • Check a model’s scale, printability, and license before downloading or selling physical prints.
  • Resin requires careful handling and post-processing; follow the product’s safety instructions and plan for washing, curing, and waste disposal.
  • Reliable settings and smart support placement matter as much as resolution. Test first, inspect the slicer preview, and save profiles that work.
  • Buying can beat printing when you need just one figure or want to skip equipment, cleanup, and finishing.

Table of Contents

⚡️ Quick Tips and Facts About 3D Printed Miniatures

Quick fact What it means for you
Resin usually wins on tiny detail. Facial features, armor engravings, fingers, and thin weapons tend to look sharper than on typical FDM prints.
FDM can still make playable miniatures. A well-tuned printer with a small nozzle can produce useful tabletop figures, especially when durability and a simpler workflow matter more than close-up polish.
Printing is only part of the project. Slicing, supports, cleanup, priming, and painting all affect the finished miniature.
Resin needs careful handling. Uncured resin can be hazardous; follow the manufacturer’s safety instructions and use suitable gloves, eye protection, ventilation, and waste handling. See the NIOSH guidance on 3D printing safety.
File licenses matter. A downloadable STL is not automatically permission to sell physical copies. Check the designer’s terms before selling prints.

Our first printer choice for miniatures depends on what you value most: fine detail, toughness, simplicity, or the least post-processing. If you’re new to 3D printing, our guide to the easiest 3D printer to use is a handy companion. You can also browse our 3D printer reviews before choosing a machine.

Our quick take: choose resin for showcase-quality character models; choose FDM for terrain, larger pieces, and a less chemical-intensive workflow. Want both? Plenty of tabletop makers eventually end up with both. 🧙 ♂️

🧙 What Are 3D Printed Miniatures?


Video: How FDM has Replaced Everything Else for Tabletop.







A 3D printed miniature is a small physical model made from a digital 3D design. It might be a fantasy adventurer, a sci-fi mech, a dungeon door, a monster, or the barrel your party insists on inspecting for the fifteenth time.

Miniatures are commonly printed in one of two ways:

  • Resin printing, usually with an LCD/MSLA printer, cures liquid photopolymer resin with UV light.
  • FDM printing melts a thermoplastic filament and deposits it in thin layers through a moving nozzle.

The result can be a ready-to-play model, a paintable figure, or a display piece. Its quality depends on more than the printer: the sculpt, scale, material, orientation, supports, settings, and finishing work all contribute.

What makes a miniature “high detail”?

For tabletop models, detail means more than a crisp face. We look for:

  • Distinct facial features and readable expressions
  • Clean separation between armor, cloth, hair, and weapons
  • Thin parts that print without breaking
  • Minimal support scars in visible areas
  • A pose that remains stable on its base
  • Details that remain legible at the chosen scale

A model can look spectacular in a zoomed-in render and still print poorly if its sword is impossibly thin or its cloak creates a giant unsupported overhang. The STL is a blueprint, not a promise.

📜 A Brief History of Miniature 3D Printing

a couple of small figurines sitting on top of a table

Tabletop miniatures existed long before home 3D printers. Metal and injection-molded plastic figures set expectations for durable, repeatable models. As desktop printers became more accessible, digital sculpting and downloadable STL files opened the door to custom characters, niche creatures, and made-to-order armies.

Today, resin printers are widely used for small, intricate figures, while FDM printers are popular for terrain and larger models. The distinction is not absolute: newer FDM machines and careful tuning can produce usable character miniatures, while resin can print scenery in impressive detail. But physics still gets a vote. A resin printer’s fine pixel resolution is generally better suited to tiny facial features; an FDM nozzle leaves visible extrusion lines at miniature scale.

For a broader view of the sector, see our coverage of 3D printing industry news. For classroom projects and maker education, we also track 3D printers for education.

🎲 What Can You Make with a 3D Printer?


Video: I Tried 3D Printing D&D Miniatures… Was It Worth It?








From a single player character to a whole ruined city, miniature 3D printing gives you tremendous flexibility. You can print one specific hero, resize a creature to fit your campaign, or build terrain around the adventure instead of forcing the adventure to fit the terrain.

Type Best suited to What to check before printing
Player characters RPG campaigns Pose, weapon thickness, and scale
Monsters and boss creatures Encounters and display Support placement and stability
Dungeons & Dragons creatures Fantasy games Base size and table compatibility
Wargaming infantry Armies and skirmishes Consistent scale and durable parts
Fantasy heroes and villains RPGs and collections Fine face and costume detail
Sci-fi soldiers and aliens Skirmish and sci-fi games Thin barrels, antennae, and joints
Miniature busts Painting and display Neck, base, and face detail
Terrain and dungeon scenery RPGs and wargames Build volume and modular connections
Buildings and ruins Tabletop environments Print orientation and assembly
Vehicles and mounts Games and display Large-part splitting and alignment
Animals and familiars Character companions Delicate tails, ears, and legs
Mimics, traps, and props Narrative encounters Moving or separate parts
Historical miniatures Historical games and dioramas Scale accuracy and licensing
Tokens and accessories Gameplay organization Readability and repeatability
Display models Shelves and painting projects Surface finish and hidden supports

1. Tabletop RPG Player Characters

Custom heroes are one of the best reasons to print your own. You can match a character’s ancestry, armor, weapon, and pose far more closely than a generic miniature allows. Before printing, check whether the file includes separate parts: interchangeable heads and weapons can make assembly easier, but small components are easier to lose than the rogue’s alibi.

2. Monsters and Boss Creatures

Large monsters make memorable centerpieces, but watch their support needs and balance. A sprawling dragon wing may need to be split into multiple pieces, while an oversized figure might need a reinforced base or a hollowed design.

3. Dungeons & Dragons Creatures

From goblins and owlbears to beholders and myconids, fantasy creature files are plentiful. Always check the designer’s scale notes: a creature sculpted at heroic scale may look noticeably larger than a standard 28–32 mm wargaming figure.

4. Wargaming Infantry

Infantry models need consistent scale, sturdy weapons, and repeatable print quality. If you print an entire unit, test one model first. A tiny failure repeated twenty times is still twenty tiny failures.

5. Fantasy Heroes and Villains

Capes, ornate armor, and dramatic weapons give fantasy figures visual impact. They also create overhangs. Use the model designer’s recommended orientation when available, then inspect the support contact points before committing to a full plate.

6. Sci-Fi Soldiers and Aliens

Sci-fi sculpts often feature narrow barrels, antennas, cables, and sharp armor edges. Resin can capture these features more cleanly, but fragile details may snap during cleanup. FDM can work for chunkier designs with simplified details.

7. Miniature Busts

Busts are a rewarding middle ground between gaming figures and display statues. They offer large, readable surfaces for painting, but the face and hair still reward high-resolution printing. Check the finished height and whether the bust includes a display plinth.

8. Terrain and Dungeon Scenery

FDM is often a practical choice for walls, floors, crates, and large scenery because pieces can be printed in PLA without resin washing and curing. Resin is useful for detailed props, stone textures, and smaller decorative pieces.

9. Buildings and Ruins

Large buildings may exceed a printer’s build volume. Look for modular files with alignment pins or keyed joints, and plan how the sections will be glued and painted. Printing components separately can also make painting interior surfaces much easier.

10. Vehicles and Mounts

Vehicles, creatures with riders, and mounts often need careful orientation and assembly. Check how the designer divides the model and whether the parts have alignment features. For large display pieces, hollowing can reduce material use, but enclosed resin pockets need properly designed drain holes.

11. Animals and Familiars

Small companions are delightful, but tails, horns, ears, and thin legs can be fragile. A compact pose tends to survive handling better than a model with lots of long, unsupported appendages.

12. Mimics, Traps, and Dungeon Props

Treasure chests, statues, barrels, and traps add storytelling without requiring a whole army. Moving parts need clearance and may require test fitting; a tiny gap that looks fine in CAD can become a glued-shut hinge after printing.

13. Historical Miniatures

Historical models require particular care with scale, uniforms, and intellectual property. For research, compare the sculpt with reliable museum or archival references, such as the Smithsonian collections, rather than relying only on a product render.

14. Custom Tokens and Game Accessories

Status markers, objective tokens, bases, and initiative trackers are simple, useful projects. FDM is often sufficient, especially when the piece is viewed from above rather than scrutinized for facial detail.

15. Display Models and Collectible Figurines

Display pieces reward careful finishing. A smooth primer coat, clean seam removal, and deliberate painting can transform a print from “neat machine output” into something that looks at home on a shelf.

🖨️ Resin vs. FDM Printers for Miniatures


Video: 3D Printing Miniatures Has Entered a New Era.








The resin-versus-filament debate has a straightforward answer and a less straightforward one. Resin is usually better for fine detail; FDM is often easier to live with and makes durable, useful terrain. Your best choice depends on the models you print and the workspace you have.

Resin 3D Printers: Fine Detail and Smooth Surfaces

LCD/MSLA resin printers cure liquid resin in layers. Their fine XY detail makes them well suited to faces, small armor details, and delicate textures.

Benefits

  • Excellent fine detail for small figures
  • Smooth surfaces compared with typical FDM output
  • Efficiently prints many small models in one build

Drawbacks

  • Requires handling uncured resin carefully
  • Prints need washing and post-curing according to the resin manufacturer’s instructions
  • Supports can leave marks, and thin features can break
  • Workspace, ventilation, and waste management need planning

The NIOSH overview of 3D printing health and safety explains why materials and processes deserve sensible precautions. Resin is not “set it and forget it” hobby fluid.

FDM 3D Printers: Affordable, Larger, and Easier to Maintain

FDM printers build models by melting filament through a nozzle. They are typically more forgiving for big objects and terrain, and PLA does not require resin-style washing and curing.

Benefits

  • Good for terrain, large pieces, and durable gaming props
  • No liquid photopolymer cleanup
  • A practical choice for household and classroom projects
  • Can produce acceptable figures with careful setup and appropriate models

Drawbacks

  • Layer lines are more apparent on small curved surfaces
  • Fine facial features and tiny accessories are harder to reproduce
  • Supports may scar undersides and delicate parts
  • Small nozzles can improve detail but may slow printing and require careful tuning

In the featured comparison video, the presenter prints the same 80 mm-tall model in resin and PLA. The filament model is described as “perfectly usable for gaming,” while close inspection reveals layer lines and less-defined edges than the resin version. That is a fair summary: FDM can be tabletop-ready without being a close-up detail champion.

Resin vs. FDM Comparison Table

Factor Resin (LCD/MSLA) FDM (filament)
Fine miniature detail Excellent Fair to good, depending on setup
Terrain and large pieces Good, but can consume resin Excellent
Surface finish Generally smooth Layer lines are usually visible
Post-processing Wash, cure, support cleanup Support removal and possible sanding
Workspace considerations Liquid resin handling and waste Hot nozzle and moving parts
Toughness Depends on resin; thin details can be brittle Often robust with suitable filament
Best for Characters, monsters, small detailed models Terrain, bases, chunky models, props

Which Miniature Printer Should You Choose?

Choose resin if your priority is detailed character figures and you can safely manage the workflow. Choose FDM if you mainly want terrain, larger models, or a simpler material-handling routine.

A hybrid setup is the hobby equivalent of bringing both a fine brush and a paint roller: one handles faces and swords, the other handles dungeon walls and ruined towers. Browse our 3D printer brands and 3D printers for small businesses if your printing needs include more than game night.

🔍 Choosing a 3D Printer for Miniatures


Video: How To FDM PRINT Miniatures in 2026!








A “best” printer is not just a resolution number on a product page. Think about what you want to print, how much finishing you’re willing to do, and where the machine will live.

Build Volume, Resolution, and Layer Height

Specification Why it matters for miniatures
Build volume Determines how many models or terrain pieces fit in one print
XY resolution (resin) Influences how finely the screen can define features in the horizontal plane
Layer height Affects vertical stepping and print time
Nozzle diameter (FDM) Influences the width of deposited lines and minimum practical detail
Build-plate leveling Affects first-layer reliability
Enclosure or cover Helps manage exposure, dust, temperature, and access

A smaller layer height can improve surface appearance, but it does not magically fix poor orientation, bad supports, or an undersized sculpt. And a printer’s advertised resolution does not tell the whole story: lighting, calibration, material, and actual part geometry all matter.

Printer Recommendations for Beginners and Experienced Makers

We evaluate machines through hands-on use and category awards, but model names and specifications change. Check our current 3D printer reviews for up-to-date recommendations before buying.

Printer type Best fit Trade-off
Entry-level LCD resin printer New miniature hobbyists seeking detail Requires careful resin handling and cleanup
Larger-format resin printer Batch printing or larger sculpts More resin, larger workspace, and potentially more cleanup
Beginner-friendly FDM printer Terrain and mixed household projects Small figures show more layer texture
FDM printer with fine-nozzle capability Makers willing to tune settings Small details can mean slower, fussier prints

For product comparisons, check the manufacturer’s actual specifications and support resources. For example, Bambu Lab’s printer information is useful for current FDM models, while Elegoo’s official site and Anycubic’s official site list their resin and FDM product lines.

Essential Accessories and Workspace Setup

For resin printing, plan for:

  • Nitrile gloves and suitable eye protection
  • A ventilated, stable workspace
  • Wash and cure equipment appropriate to your resin and workflow
  • A scraper and tools dedicated to resin handling
  • Lidded containers for contaminated materials
  • A safe method of managing uncured resin waste

For FDM printing, plan for:

  • Flush cutters and a deburring tool
  • A small selection of replacement nozzles
  • Filament storage that limits moisture exposure
  • A stable, uncluttered surface
  • A way to remove supports without damaging the model

Do not treat an open bottle of resin like a harmless craft paint. Follow the safety documentation for the specific resin and printer, and review the NIOSH guidance.

🧪 Filament and Resin: Choosing the Right 3D Printing Material


Video: Is this the best 3D Printer for miniatures?








Best Resin Types for Miniature Figures

Standard photopolymer resin is a common starting point, but it can be brittle in thin sections. Tougher or “ABS-like” blends may better tolerate handling, though results vary by brand and formulation. Read the manufacturer’s technical and safety documentation, and test a small model before committing to a full batch.

For painted gaming figures, prioritize detail and adequate toughness. For delicate display pieces, detail may take precedence, while careful handling becomes essential.

Best Filaments for FDM Miniatures

PLA is widely used for FDM printing and works well for terrain, bases, and larger models. Some makers use other filaments when a particular strength or temperature property is needed, but the miniature’s tiny details may be affected by the nozzle, cooling, and material behavior.

A 0.2 mm nozzle can help FDM print smaller features than a standard larger nozzle, but it does not turn an FDM printer into a resin machine. Smaller nozzles also mean a narrower process window and potentially longer prints.

Material Strength, Detail, and Safety Compared

Material/process Detail potential Typical miniature use Main consideration
Standard resin High Character models and monsters Fragility and uncured-resin handling
Tough or ABS-like resin High Figures that need more impact tolerance Follow product-specific curing and safety guidance
PLA filament Moderate at miniature scale Terrain, bases, sturdy props Visible layer lines on small figures
Other FDM filaments Varies Specialized models and functional parts Temperature and print behavior differ by material

Material names are not safety guarantees. Check the product’s safety data sheet and follow the manufacturer’s instructions. The NIOSH 3D printing resource provides a useful starting point for understanding exposure and safe work practices.

📂 Finding 3D Printable Miniature Files


Video: Warhammer for CENTS – FDM miniatures on the A1 Mini.








A great miniature begins with a printable model, not merely a handsome render. Look for clear licensing, scale information, supported or support-free options, and real print examples.

Free and Paid STL File Libraries

Common places to explore include:

Free files can be excellent, but quality varies. Paid files may include presupported versions, multiple poses, alternate parts, or a commercial license. Read the listing carefully rather than assuming all those extras are included.

Many designers publish themed monthly releases or membership libraries. Before subscribing, check:

  • How many files are included and whether they remain available after cancellation
  • Whether presupported files are supplied
  • The exact commercial-use terms
  • Whether bases, alternate parts, and larger monsters are included
  • How the designer handles updates and support issues

A large catalogue is useful, but one printable, well-supported model is worth more than a thousand beautifully rendered files that fail at the ankles.

How to Check STL Quality Before Printing

Before you slice a model, look for:

  • Print photos from customers, not only renders
  • Clearly stated scale and dimensions
  • Separate-part and assembly details
  • Thin features that may be fragile
  • Manifold or repaired mesh information
  • Support recommendations and orientation notes
  • License terms that match your intended use

If a model looks suspiciously delicate, test it at the intended scale. A spear that looks sturdy on a monitor may become a hair-thin toothpick on the table.

STL, 3MF, OBJ, and Other File Formats

Format Common use Notes
STL Widely used for printable geometry Usually does not carry rich material or project settings
3MF 3D printing projects and packaged data Can store more project information than STL
OBJ 3D geometry and related data Often used in digital art and 3D workflows

Your slicer and printer software determine which formats work smoothly. Keep the original download and a copy of your sliced project so you can reproduce a successful print later.

A file’s purchase or download does not automatically grant permission to sell prints. Licenses may limit commercial sales, require attribution, or prohibit redistribution of the digital file. Read the designer’s terms and consult official copyright guidance, such as the U.S. Copyright Office, if you need a general reference. Laws vary by jurisdiction, and a license is not legal advice.

🧩 How to 3D Print Miniatures: Step by Step


Video: How to Print High-Quality Minis with FDM Printers (32mm Experiment).








1. Choose and Inspect a Miniature Model

  1. Decide the final scale and intended use.
  2. Download the model from a reputable source.
  3. Check the scale, dimensions, included parts, and license.
  4. Inspect thin weapons, tails, antennae, and ankles.
  5. Find out whether the file is presupported or intended to be supported manually.

A first print should be a model you would still enjoy if it needs a little sanding. Save the delicate dragon with 37 separate scales for after you’ve learned your printer’s habits.

2. Prepare the STL in a Slicer

Import the model into a slicer compatible with your printer. Confirm the units and dimensions: a model imported at the wrong scale can turn a heroic barbarian into a tiny keychain.

For a resin printer, set up the build plate, resin profile, and orientation. For FDM, choose the correct printer profile, filament, nozzle size, and layer height. Review the preview before printing; it is your chance to catch floating islands, missing features, and supports lodged right through a character’s face.

3. Orient the Model and Add Supports

Model orientation affects surface finish, support marks, print reliability, and strength.

  • On resin, avoid putting support contacts on prominent faces when possible.
  • On FDM, consider how overhangs will print and where supports can be removed safely.
  • Keep delicate parts supported without burying the entire model in support material.
  • Use the designer’s recommended orientation when available, then inspect the preview.

There is no universal best angle. A pose that prints cleanly one sculpt can create a forest of scars on another.

4. Set Layer Height, Exposure, and Print Speed

Use settings intended for your specific printer and material. For resin, exposure depends on the screen, resin formulation, layer height, temperature, and other variables. For FDM, speed, nozzle size, cooling, and layer height influence detail.

Do not copy a random setting from a forum without checking your equipment. Start with the manufacturer’s profile, run calibration tests, and change one variable at a time. Keep a note of settings that work; future-you will appreciate the favor.

  1. Confirm the resin is mixed as directed and the build plate is ready.
  2. Wear the protective equipment specified by the manufacturer.
  3. Start the print and monitor it for early failures.
  4. Once complete, drain excess resin back into the container as directed.
  5. Wash the print using the resin manufacturer’s recommended method.
  6. Remove supports at the stage recommended by the resin and printer guidance.
  7. Post-cure according to the resin’s instructions.
  8. Inspect and fully clean the work area and tools.

Resin products differ. Do not assume one wash time or cure time fits every brand, model thickness, or curing station. Follow the product documentation and handle uncured resin as a hazard.

6. Remove Supports and Clean Up the Model

Use flush cutters for FDM supports and appropriate tools for resin supports. Work slowly around weapons, fingers, and other fragile details. Trim nubs carefully, then sand or fill only where needed.

A warm support may be easier to remove from some resin prints, but use the manufacturer’s recommendations and avoid exposing yourself to uncured material. For FDM, support removal can leave rough areas; a hobby knife and fine sanding can help, but too much pressure may erase details.

⚙️ Best Slicer Settings for 3D Printed Miniatures


Video: 3D Printers for Miniatures to buy this year.








There is no magic profile that produces perfect miniatures on every printer. Use the manufacturer’s settings as a starting point and validate them with test prints.

Resin Exposure and Layer Settings

Resin profiles need to match the exact printer and resin. Important settings include:

  • Normal exposure time
  • Bottom exposure and bottom-layer count
  • Lift distance and speed
  • Layer height
  • Anti-aliasing or smoothing settings, if supported

Changing exposure can affect both detail and print success. Too much exposure may soften fine gaps; too little can weaken layers or cause failures. Consult the printer and resin manufacturer’s documentation before changing values.

FDM Nozzle, Layer Height, and Retraction Settings

For detailed FDM figures:

  • A smaller nozzle may improve the definition of narrow features.
  • A finer layer height can reduce visible stepping, especially on curved surfaces.
  • Slower, controlled printing may improve small-part consistency.
  • Cooling and retraction need to suit the filament and printer.
  • Orient the model to reduce support scars on visible surfaces.

A 0.2 mm nozzle is a common option for miniature work, but it can be less forgiving than a standard nozzle. Ensure the printer is properly calibrated and the filament is clean and dry.

Support Placement and Raft Settings

Supports should hold the model without turning cleanup into an archaeological dig. Place contacts on hidden or less-visible surfaces whenever possible. A raft can improve adhesion in some cases, but it can also add cleanup and material use.

Before printing, preview:

  • Every supported island
  • Contact points on faces and costume details
  • Areas where supports may trap resin
  • FDM support access around weapons and undercuts
  • The first layers and any narrow attachment points

Calibrating Your Printer for Fine Details

Change one setting at a time and record the result. Use a small model with clear geometry—such as a face, small lettering, or a thin sword—to compare results.

For resin, validate the recommended exposure profile with a suitable calibration method and the resin manufacturer’s guidance. For FDM, check extrusion, first-layer adhesion, cooling, and nozzle condition. A printer that is merely “close enough” can print a hundred miniature fingerprints into a cape.

🛠️ Troubleshooting Common Miniature Printing Problems


Video: Ultimate Guide to 3D printing.








Prints Not Sticking to the Build Plate

For resin printers, check build-plate leveling, plate cleanliness, exposure settings, resin condition, and temperature. For FDM printers, inspect the first layer, bed cleanliness, leveling, and material profile.

Start with the printer manufacturer’s troubleshooting guide. Avoid changing five settings at once; otherwise, you will not know which fix actually worked.

Broken Details, Failed Supports, and Warping

Thin parts may fail because they are under-supported, oriented poorly, or too delicate for the chosen material. Try:

  • Rotating the model to reduce stress on fragile features
  • Adding supports to isolated islands
  • Printing delicate components separately
  • Choosing a tougher material where appropriate
  • Thickening or reinforcing parts only if the model license permits modification

Layer Lines, String, and Loss of Fine Detail

For FDM, visible lines are normal at small scales but can be reduced with suitable layer height, nozzle size, orientation, and calibration. String can result from filament behavior, moisture, temperature, or retraction settings. For resin, softened detail may indicate an unsuitable exposure profile, poor orientation, or a low-detail sculpt.

Do not sand blindly: a few strokes too many can turn crisp armor into a smooth blob.

Hollow Models, Drain Holes, and Suction Cups

Hollowing a large resin model can reduce material use, but trapped resin inside a closed cavity creates problems. A hollow model needs properly placed drainage and venting features, and internal resin must be removed according to safe handling practices.

Suction forces can also cause failures on hollow or cup-shaped sections. Use the slicer’s analysis tools and the designer’s advice rather than relying on a hollowing button alone.

Britle Resin and Fragile Miniature Parts

Resin formulations differ, and even tougher resin cannot make a hair-thin sword indestructible. Consider a thicker or more compact pose, a stronger material designed for the application, or a different print orientation. Keep miniatures in protective storage when transporting them.

🧤 Resin Printer Safety and Miniature Workshop Setup


Video: How To Print Resin-Like FDM Minis on $200+ 3D Printers (Printing The Game #3).








Ventilation, Gloves, Eye Protection, and Handling Resin

Follow the printer and resin manufacturers’ safety instructions. As a general principle, avoid skin and eye contact with uncured resin, use suitable protective equipment, and provide appropriate ventilation. Keep resin away from children, pets, food, and living areas where practical.

Review the NIOSH 3D printing safety resource and the safety data sheet for the exact resin you use. A generic internet tip should not override product-specific safety guidance.

Washing Resin Prints and Disposing of Waste

Do not pour uncured resin or contaminated cleaning liquid down a drain. Follow local regulations and the product’s instructions for handling contaminated materials. Fully cured resin waste may still be subject to local disposal requirements, so check your municipal guidance.

Keep used tools, contaminated wipes, and wash containers clearly separated from everyday household items. Good housekeeping is less exciting than painting a dragon, but it prevents a sticky surprise on the kitchen table.

FDM Printer Safety and Filament Storage

FDM printers have hot components and moving parts. Keep hands clear during operation, use the machine in accordance with its instructions, and store filament in a way that limits moisture exposure. Review safety information for your specific printer and material.

🎨 Preparing and Painting 3D Printed Miniatures


Video: Smallest 3D Printer for Dollhouse Miniatures.







Sanding, Filling, and Removing Layer Lines

Remove support nubs before priming. For FDM layer lines, light sanding can help on larger smooth surfaces, but fine details are easy to damage. Use filler only when needed and test it on a less visible area.

Resin prints may look smooth but still show support marks and seams. Inspect the model under angled light; it reveals defects that direct overhead lighting hides.

Priming Resin and FDM Miniatures

Use a primer suitable for your material and painting method. Apply thin, even coats so the primer does not obscure small details. Follow the product’s directions for ventilation, drying, and compatibility.

If you are unsure whether the surface is ready, prime a small test piece first. A primer can reveal flaws, but it cannot magically hide a trench running down the middle of a cloak.

Miniature Painting Supplies and Brush Care

A practical starter kit includes:

  • A few reliable acrylic colors
  • A fine detail brush and a medium brush
  • Primer
  • A palette and clean water
  • A wash or contrast-style paint for recesses
  • A suitable varnish for models that will be handled

For brush care, clean paint out promptly and avoid leaving brushes standing bristle-down in water. The Army Painter Speedpaint range is one option for quick color application, while Citadel Colour and Valejo offer broad acrylic ranges.

Acrylic Paints, Speedpaints, Washes, and Varnishes

Acrylics are popular because they are versatile and widely available. Speedpaint-style products can help establish color quickly, while washes emphasize recesses. Layering and dry-brushing add contrast and texture.

Varnish can protect models from handling, but finish and compatibility vary. Test on a spare print, particularly if the model will see frequent game use.

A Simple Painting Workflow for Beginners

  1. Wash and fully prepare the print using the material’s instructions.
  2. Remove support marks and check seams.
  3. Apply a thin primer coat.
  4. Paint large color areas first.
  5. Add a wash or shade to recesses.
  6. Highlight raised surfaces with lighter colors.
  7. Pick out eyes, metal, and small accessories.
  8. Apply a suitable protective finish if needed.

For a visual comparison of the painting process on resin and filament prints, see the featured video. The presenter uses similar colors on both versions, which makes the surface differences easier to judge rather than blaming the paint job.

📏 Miniature Scale, Sizing, and Tabletop Compatibility


Video: Who makes THE BEST 3D printable Miniatures.








Common RPG and Wargaming Miniature Scales

Many tabletop figures are described using a height in millimetres, but designers may measure from the base to the eyes, top of the head, or highest feature. “28 mm” and “32 mm” do not always mean the same thing across brands.

Scale description Common context Check before printing
28 mm Traditional tabletop figures and games Measurement convention and base size
32 mm Heroic-scale fantasy and modern sculpts Whether the figure is proportionally larger
Larger display scale Busts and showcase models Finished height and display footprint

Always check the model’s actual dimensions and compare them with your existing miniatures.

How to Resize a Miniature in Your Slicer

To resize:

  1. Import the model and confirm its current dimensions.
  2. Select uniform scaling so height, width, and depth change together.
  3. Enter the target measurement or scale percentage.
  4. Inspect thin weapons and small components after resizing.
  5. Recheck supports and base fit before slicing.

Reducing a model can make its thinnest features unprintable. Increasing it can expose hollow cavities or make a model too large for the build plate.

Choosing Bases and Checking Game Compatibility

Check the base diameter, shape, and height against your game’s rules and existing collection. A figure may fit the sculpt’s base but still overhang the grid space or interfere with nearby models. If the miniature is meant for a particular game system, consult that game’s current rules and tournament guidance.

💰 What Does It Cost to 3D Print Miniatures?


Video: 3D printing for Wargamers is not the same anymore.








Printer, Material, and Consumable Costs

The full cost includes more than the filament or resin consumed by the miniature. Account for:

  • The printer and replacement parts
  • Failed prints and calibration tests
  • Resin or filament
  • Supports and rafts
  • Gloves, cleaning materials, and other consumables
  • Electricity and post-processing equipment
  • Digital file licenses, if applicable

We’re not listing prices here because hardware and materials change frequently. The useful question is cost per successful, finished miniature, not cost per gram of raw material.

Cost Per Miniature vs. Buying Ready-Made Models

Printing your own can be attractive if you need custom poses, many figures, or a continuing supply of models. Buying ready-made miniatures may make more sense if you want one figure, dislike cleanup, or do not have a safe place for resin work.

Include your time in the comparison. A print that uses little material can still demand support removal, sanding, priming, and assembly.

Ways to Reduce Waste and Failed Prints

  • Use the correct material profile and verify your first layer.
  • Test new settings on a small model before a large batch.
  • Orient parts to reduce support volume and visible scars.
  • Keep filament and resin according to manufacturer recommendations.
  • Save successful slicer profiles and track changes.
  • Avoid overfilling a resin build plate before you know the process is reliable.

🏪 Buying 3D Printed Miniatures vs. Printing Your Own


Video: 3D Printed Miniatures: Monstera Plant.








When Buying Printed Models Makes More Sense

Buying is sensible when you want a finished or professionally prepared model without investing in a printer, ventilation, materials, and post-processing time. It is also a good choice for a one-off custom character or a project requiring a specific sculpt.

Print your own when customization, repeated production, learning, or a large collection justifies the equipment and workflow.

How to Choose a Reliable Miniature Printing Service

Look for:

  • Clear material and scale descriptions
  • Photos of actual printed models
  • Information about support cleanup and assembly
  • A stated policy for damaged or misprinted orders
  • Responsive customer support
  • Shipping and packaging details
  • Clear commercial or personal-use terms

Some customer reviews of miniature services praise careful support cleanup and secure packaging, while others mention sizing help and custom orders. Treat testimonials as useful experiences, not guarantees; look for consistent patterns across multiple independent reviews.

Questions to Ask About Materials, Detail, and Shipping

Before placing an order, ask:

  • What material is used, and is the model supplied assembled?
  • What scale and base size will arrive?
  • Are support marks removed?
  • Is the miniature primed, painted, or unpainted?
  • How are thin parts protected during shipping?
  • What happens if a part arrives broken or misprinted?

❓ Frequently Asked Questions About 3D Printed Miniatures


Video: Please SHUT UP About 3D Printing Warhammer.








What features should you look for in a 3D printer for miniatures?

Look at detail capability, reliability, build volume, ease of calibration, available support, and the practical demands of the workflow. For resin, check the printer’s resolution specifications and confirm that the workspace suits safe resin handling. For FDM, consider nozzle options, bed reliability, cooling, and whether the machine can produce small parts consistently.

Which matters more: resolution or reliability?

For most hobbyists, reliable printing matters more. A high-resolution printer that fails repeatedly is less useful than a well-calibrated machine that consistently produces clean models.

Are resin or filament 3D printers better for miniatures?

Resin generally produces finer detail on small character figures. FDM is often more convenient for terrain, larger models, and robust props. The best fit depends on what you print and whether resin handling and post-processing suit your workspace.

Which resin 3D printer is best for detailed miniatures?

There is no permanent winner: printer models, firmware, and availability change. Compare current resin printers using their actual resolution, exposure consistency, build volume, support ecosystem, and safety workflow. See our updated 3D printer reviews and confirm specifications on the manufacturer’s site, such as Elegoo or Anycubic.

Should you choose a larger resin printer?

Choose a larger build volume if you regularly print batches or big creatures. If you mainly print single characters, a smaller machine may be easier to place and manage.

What is the best 3D printer for printing miniatures?

For highly detailed character miniatures, a resin printer is usually the strongest choice. For terrain and larger scenery, a capable FDM printer may be more practical. If you want both types of output, using both processes is a reasonable long-term setup.

Which 3D printer is best for printing detailed miniatures?

For maximum detail, choose a resin printer with reliable exposure, a compatible resin profile, and a good support workflow. The final quality also depends on sculpt quality, orientation, supports, and post-processing; the printer alone cannot rescue a poor file.

Are 3D printed miniatures suitable for tabletop gaming?

Yes. Resin figures can show excellent detail, while FDM prints can be perfectly usable for games when their layer lines and support marks are acceptable to you. For pieces handled often, prioritize a sturdy pose and protect fragile parts during storage.

How do you keep resin miniatures from breaking?

Use models with sturdy poses, avoid ultra-thin weapons where possible, remove supports carefully, and store figures in a protective container. A tougher resin may help, but check product data and remember that slender parts remain vulnerable.

Can you sell 3D printed miniatures?

Only when you have the necessary rights. Check the designer’s license for commercial printing and sales, and do not redistribute the digital model unless the license permits it. For legal questions, consult applicable local rules and the U.S. Copyright Office.

Which award-winning 3D printers produce the highest-quality miniatures?

Awards can help narrow the field, but award categories and current models change. Compare the latest award coverage with hands-on print results, published specifications, material compatibility, and manufacturer support. Our printer reviews explain how machines perform beyond a trophy badge. 🏆

✅ Quick Tips for Better Miniature Prints


Video: I Tried Printing Wargaming Miniatures on a FDM 3D Printer – Anycubic Kobra X Test.








  • Use resin for the finest character detail and FDM for terrain and larger pieces.
  • Check scale and licensing before downloading or printing.
  • Start from manufacturer-recommended settings, then calibrate carefully.
  • Inspect support placement in the slicer preview before printing.
  • Treat uncured resin as a material requiring precautions, not ordinary craft paint.
  • Test the paint workflow on a spare print before finishing your favorite miniature.
  • Track successful settings so your next print does not become another support-removal saga.
  • Choose a sturdy pose for game-night figures; delicate display sculpts and frequent handling are not natural allies.

Review Team
Review Team

The Popular Brands Review Team is a collective of seasoned professionals boasting an extensive and varied portfolio in the field of product evaluation. Composed of experts with specialties across a myriad of industries, the team’s collective experience spans across numerous decades, allowing them a unique depth and breadth of understanding when it comes to reviewing different brands and products.

Leaders in their respective fields, the team's expertise ranges from technology and electronics to fashion, luxury goods, outdoor and sports equipment, and even food and beverages. Their years of dedication and acute understanding of their sectors have given them an uncanny ability to discern the most subtle nuances of product design, functionality, and overall quality.

Articles: 185

Related Posts

Leave a Reply

Your email address will not be published. Required fields are marked *

Trending now

[2023] What Do 3D Printers Use? A Comprehensive Guide
3D printers, printing parts
Best 3D Printers of 2022, for beginners
person near 3D printer
Best Filament Dryers for 3D Printers
🏆 11 Best 3D Printers for 2026: Which One Wins?