D&Df you've ever tried printing tabletop miniatures on an FDM 3D printer, there's a good chance your first results weren't exactly impressive.
Soft details. Rough faces. Visible layer lines. Supports that seem determined to take half the model with them when they're removed.
For a long time, the accepted answer has been simple: If you want to print miniatures, you need a resin printer.
But is that still true?
I recently tested a collection of FDM-optimized tabletop miniatures from Loot Studios, and the results genuinely changed the way I look at printing miniatures with filament.
The goal wasn't to prove that FDM can beat resin. It was to answer a much more useful question:
Can a normal consumer FDM printer produce tabletop-quality miniatures?
The answer is yes — but the workflow matters.
The Printer May Not Be the Problem
One of the biggest mistakes we make in 3D printing is blaming the printer whenever a model doesn't turn out well.
Sometimes the printer is the problem, but with detailed prints like miniatures, there are a lot of other variables involved.
You might be using the wrong nozzle size.
Your layer height may be too large.
The model might be oriented incorrectly.
Supports may be generated in places that damage important details.
The model itself may not have been designed with FDM printing in mind.
That means the difference between an ugly miniature and a surprisingly detailed one can sometimes have less to do with buying a different printer and more to do with using the right workflow.
That's what made Loot Studios' approach interesting.
Loot Studios Designed These Miniatures Specifically for FDM
Loot Studios has traditionally been known for highly detailed tabletop miniatures, but for its FDM release, the company took a different approach.
Instead of simply taking existing STL files and telling users to print them with filament, the models were optimized and validated specifically for consumer FDM printers.
Even more importantly, Loot Studios provides complete 3MF files.
That's a bigger deal than it might sound.
An STL file primarily gives you the model geometry. A properly prepared 3MF file can also contain information such as:
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Model orientation
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Support placement
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Slicer settings
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Print profiles
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Other settings used when the model was tested
Instead of downloading an STL and spending hours experimenting with orientation, supports, layer heights, and other settings, you can start with a configuration that has already been tested.
You can check out Loot Studios' FDM collection here:
Explore Loot Studios FDM Miniatures
The Most Important Upgrade: A 0.2 mm Nozzle
For normal everyday 3D printing, a 0.4 mm nozzle is still one of the best all-around choices.
Miniatures aren't normal everyday prints.
They're small, extremely detailed models where tiny features matter.
For this project, I switched to a 0.2 mm nozzle.
A smaller nozzle allows the printer to lay down narrower extrusion lines, which gives it the ability to reproduce much finer details.
That can make a major difference in areas like:
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Faces
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Clothing textures
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Belts
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Weapons
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Ropes
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Tools
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Small decorative details
If you're serious about printing miniatures with an FDM printer, moving from a 0.4 mm nozzle to a 0.2 mm nozzle may be one of the biggest improvements you can make.
My FDM Miniature Printing Setup
I wanted this test to be as close as possible to Loot Studios' validated setup rather than experimenting until I found settings that worked.
For the prints, I used:
Printer: Bambu Lab A1
Nozzle: 0.2 mm
Filament: Bambu PLA Basic
Files: Loot Studios FDM-optimized 3MF files
I didn't start changing speeds, support settings, or dozens of slicer parameters.
That was intentional.
If a company has already spent months testing its profiles, my first instinct is to use those settings exactly as they were intended.
Once you've successfully printed the model, then you can start experimenting.
Don't Immediately Start Tweaking the Print Profile
As makers, we love changing settings.
I'm guilty of it too.
You open the slicer and immediately start adjusting speed, walls, supports, temperatures, layer heights, and half a dozen other settings before you've even printed the model once.
With pre-validated files, resist that urge.
Print the model using the provided settings first.
That gives you a baseline.
If the print comes out well, you now know what works. From there, you can experiment with speeds, materials, or other settings while having a known-good configuration to compare against.
Model Orientation Matters More Than You Think
Orientation isn't simply about fitting as many models as possible onto your build plate.
Changing the orientation of a miniature changes:
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Where supports are required
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Which surfaces touch supports
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How overhangs are printed
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The direction of layer lines
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How fine details are reproduced
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Which areas are most likely to show artifacts
A miniature that's been carefully oriented for FDM printing may perform dramatically better than the same model placed upright and automatically supported by your slicer.
That's another advantage of using validated 3MF files.
The orientation isn't random. It's part of the printing strategy.
Miniatures Aren't Speed Prints
Modern FDM printers have become incredibly fast.
That's great for functional parts, prototypes, organizers, brackets, and countless other projects.
But miniatures shouldn't be treated like a speed Benchy.
You're asking the printer to reproduce extremely small features, and that requires patience.
Every minute you try to shave off the print may cost you detail somewhere else.
If you're printing tabletop miniatures, quality should usually take priority over speed.
Be Careful Removing Supports
You can spend several hours printing an incredibly detailed miniature and destroy it in 30 seconds during support removal.
Small swords, hands, tools, clothing details, and other features can be surprisingly fragile.
Take your time.
I recommend using tools such as:
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Flush cutters
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A hobby knife
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Small precision tools
Don't simply start pulling supports away from the model.
Work slowly around detailed or delicate areas.
In my experience, if something breaks on an otherwise successful miniature print, there's a good chance it happens during cleanup.
What About FDM Layer Lines?
Layer lines are probably the most common criticism people have when discussing FDM miniatures.
And yes, FDM prints have layers.
But at this scale, with a small nozzle and properly configured print profile, they can become surprisingly difficult to notice.
The miniatures I printed were extremely clean.
Once they're painted, many of the minor layer lines become even less noticeable.
Painting can completely transform a 3D-printed miniature, and I think people sometimes underestimate how much of a difference finishing makes.
The Results Surprised Me
Once everything finished printing, this was the part I was most interested in.
The models contained tiny ropes, belts, faces, swords, tools, clothing textures, and detailed bases — exactly the kinds of features that normally make me nervous when printing with FDM.
But they came out remarkably well.
Faces were recognizable.
Small accessories remained intact.
Textures were clearly visible.
Even the bases contained a surprising amount of detail.
I expected the prints to be good.
I didn't expect them to be this good.
And that's really the point of this entire experiment.
The underlying FDM technology didn't suddenly change.
The workflow did.
Can FDM Replace Resin for Miniatures?
No.
If your only goal is achieving the absolute highest possible level of detail on extremely small tabletop miniatures, resin still has an advantage.
But that's not really the question most people need answered.
A better question is:
Can someone who already owns an FDM printer create tabletop miniatures that look genuinely good?
Based on what I printed, absolutely.
And that opens miniature printing to a much larger group of people.
You don't necessarily need another printer.
You don't need bottles of resin.
You don't need a wash-and-cure station.
You don't need to deal with liquid resin, gloves, cleaning supplies, or the additional workflow associated with resin printing.
If you already own a capable FDM printer, you may be much closer to printing detailed miniatures than you think.
What's Included in Loot Studios' FDM Collection?
The Ships Ahoy FDM collection I tested includes a variety of models rather than only a few individual miniatures.
There are heroes and enemies, monsters, environments, functioning props, and even an entire pirate ship.
That pirate ship is next on my list to print.
The important difference, however, isn't simply the number of models.
It's that the models and print files have been prepared specifically around the limitations and advantages of FDM printing.
If you've wanted to get into tabletop miniature printing but haven't wanted to invest in a resin setup, this is an interesting place to start.
You can see the FDM collection and available models through the Maker Build It link below:
Final Thoughts
Modern FDM printers are capable of considerably more detail than many people give them credit for.
But simply buying a fast new printer isn't enough.
The combination matters:
A good FDM printer + a 0.2 mm nozzle + the right print profile + proper orientation + models designed for filament printing = surprisingly impressive miniatures.
Will I stop using resin printers?
No.
But after seeing what's possible with an optimized FDM workflow, I definitely won't automatically reach for resin every time I want to print a miniature either.
The goal isn't to beat resin.
It's to stop underestimating FDM printing.