Best 3D Printer for Miniatures

What makes a good resin 3D printer for miniatures?

Most resin printers are marketed as general-purpose machines. Miniature printing has specific requirements that narrow the field considerably. The rest of this section covers what those requirements actually are, roughly in order of how much each one affects the finished print.

XY resolution: the single most important spec

XY resolution is the physical pixel size of the LCD screen that masks the UV light. Smaller pixels produce sharper detail. Every other spec on the box matters less than this one.

The bands that matter for miniature work:

• Above 35 microns: visibly soft on faces, filigree, and fine cloth folds. Avoid.
• 25 to 35 microns: fine for most rank and file infantry. Character models will look a touch softer than they should.
• 18 to 24 microns: the sweet spot for miniature hobby work today. Indistinguishable from much more expensive machines at normal viewing distance.
• Below 18 microns: diminishing returns. Hard to see the difference without a magnifier or a photography lens.

Marketing likes to shout about screen resolution, 4K, 8K, 12K, and so on. What matters is the combination of screen resolution and screen size. A 10K screen on a 12 inch plate can have worse XY resolution than an 8K screen on a 7 inch plate. Always look up the XY microns figure rather than trusting the headline number on the box.

LCD screen type and longevity

Monochrome LCDs are the baseline now. Any printer still using a colour LCD is obsolete for miniature work and should be ignored.

LCDs are consumables. They are rated for around two thousand hours of cure time. Heavy users replace them every year, hobby users often get two years or more before seeing noticeable degradation. The first sign of a tired screen is poor first layer adhesion and odd patches in the cure.

Replacement cost varies wildly between manufacturers, from under thirty pounds on a common Elegoo screen to over one hundred on a premium machine. Check this figure before you buy. A cheap printer with an expensive screen is a false economy.

Build volume in practice

Build volume matters less than most people assume. A 7 inch screen holds a full unit of infantry with room to spare. Where build volume does matter is when you want to print terrain or large centrepiece models alongside regular infantry.

Bigger is not automatically better. A larger plate means more resin wasted on failed prints, longer exposure per layer, and harder levelling. For the average miniature painter a mid size Saturn class printer is plenty. A Mars class printer is enough for pure infantry work.

Light source and uniformity

The UV light has to hit every corner of the screen evenly. Poor uniformity shows as edges curing differently to the centre, which wastes resin and causes parts of the plate to fail while others succeed.

Reputable brands publish uniformity figures, budget clones generally do not. A printer with great XY resolution and poor light uniformity will still produce inconsistent prints across the plate. This is one of the reasons the major brands outperform unknown machines at similar price points.

Release film and VAT

The release film at the bottom of the VAT is the thin flexible sheet the print peels off after each layer. It is a consumable. Budget for replacing it every few litres of resin under normal use.

nFEP and ACF films last longer than plain FEP and are worth the small premium. Some printers ship with VATs that are harder to open and clean than they need to be. Not a deal breaker, just a daily irritation that adds up over a year.

Levelling and first layer behaviour

This is where most new owners waste the most time. The first layer is where most print failures start, and a printer that makes the first layer easy saves hours of troubleshooting every month.

Traditional levelling uses a sheet of paper and four screws. It is slow the first time but reliable once you have done it twice. Auto levelling works well on some machines and fights you on others. Read real owner reports, not marketing copy, before trusting any auto level claim.

Slicer support and ecosystem

Every resin printer needs a slicer. Chitubox and Lychee dominate the market and both support the vast majority of machines. Manufacturer slicers vary from excellent to barely usable.

Check that the printer you are considering is supported in the slicer of your choice before buying. A healthy community with tested resin profiles saves weeks of trial and error, especially on a first printer.

Build quality and vendor reliability

A printer with great specs and a vendor who ignores warranty claims is worthless. Elegoo, Anycubic, and Phrozen have the biggest user bases and the most responsive support for English speaking customers.

Smaller brands sometimes offer better specs on paper but can disappear overnight. A printer from a discontinued brand can become an expensive paperweight if the LCD fails and spares are no longer available. This is a real risk at the cheaper end of the market.

Running costs that nobody mentions

The sticker price is a starting point. The ongoing costs add up.

• Resin: roughly twenty to sixty pounds a litre, depending on brand and type
• LCD replacement: every one to two years of heavy use
• Isopropyl alcohol or water, depending on whether you use standard or water washable resin
• Nitrile gloves, FEP film, plastic scrapers, paper towels, kitchen roll
• Electricity, which is genuinely negligible compared to the rest

The first twelve months of running costs often equal or exceed the price of the printer itself. Budget accordingly.

Noise, smell, and ventilation

Modern resin printers are quiet enough to live in a bedroom. The smell varies from mild to genuinely unpleasant depending on the resin in use. Standard greys are usually tolerable, speciality resins can be harsh.

Every resin printer needs ventilation. An open window works in warm weather, an extractor fan or purpose built enclosure works year round. This is the single most overlooked part of the setup for first time owners, and the one most likely to end the hobby prematurely if ignored.

A note on brands

The table below includes printers from Elegoo, Anycubic, Phrozen, UniFormation, Creality, and HeyGears. Elegoo dominates the recommendations because they have consistently produced the best value for money at the Gen 4, Gen 5, and Gen 6 level. That may change. Phrozen teased a next generation machine at Formnext 2025 and the Elegoo Jupiter 2 landed in April 2026 at 16K on a large plate. The table is updated as new models are released.

Buying new versus second hand

A new printer comes with a full warranty, a fresh LCD, current slicer support, and immediate delivery. You pay a premium for all of this. Second hand can genuinely halve the cost of a working printer, especially from hobbyists who upgraded after a year.

A good second hand buy is a current generation machine, less than a year old, from a hobbyist moving up a size rather than out of the hobby. Ask for the hour count on the LCD before agreeing a price. Walk away from anything with more than fifteen hundred hours unless the seller can prove the screen was recently replaced.

Avoid bargains on obsolete generations. A Gen 2 printer at fifty pounds still prints, but the quality gap to a Gen 4 machine at two hundred is enormous. The older generation will work. It will just always disappoint you next to what everyone else is producing.

What about FDM for miniatures?

FDM printers produce good results on terrain, bases, and vehicle models. Layer lines are visible on anything smaller than about 50 mm, and fine detail like faces, filigree, and chainmail loses most of its resolution at the layer heights FDM machines work at. For character models and infantry, resin is the correct tool.

FDM will improve. Layer heights are shrinking, multi material is making character work more practical, and the price gap between entry FDM and entry resin has narrowed substantially. If you are building a wargaming terrain table alongside your miniatures, an FDM printer makes sense as a companion to a resin printer rather than a replacement for one.

For FDM terrain recommendations, see the best FDM printer for terrain guide. For the honest case on where resin still falls short, read Brutally Honest Resin Printing Advice for Beginners.

When to upgrade to a second printer

A single printer is genuinely fine for the first year of the hobby. A second printer starts to make sense when one of the following is true.

• You want to print large centrepiece models alongside regular infantry without stopping a unit mid way through
• You want to run different resins for different jobs, for example a tough grey for terrain and a fine detail resin for character models
• You have started selling prints or running a commission queue and plate time has become the bottleneck
• You have moved onto faster print profiles and the resulting failure rate on a single machine is costing more time than a second machine would

The second printer does not need to be better than the first. A second small printer at half the price of a big one is often the smarter move, because you gain parallel capacity without the extra resin spend per plate. Two of the same model is the least glamorous and most practical setup. One resin profile, one slicer workflow, one set of spares.

Glossary

A quick reference for the terms used on this page and throughout the rest of the site.

XY resolution

The physical pixel size on the LCD, measured in microns. Lower numbers are sharper.

LCD

The liquid crystal display that masks UV light to cure selected pixels of resin.

VAT

The resin tank that sits on top of the LCD. Has a clear flexible film at the bottom.

Release film (FEP, nFEP, ACF)

The flexible bottom of the VAT. A consumable, replaced every few litres of resin.

Build plate

The metal plate that the print adheres to as it is lifted out of the resin.

Slicer

The software that prepares your model for the printer, adds supports, and generates the file the printer reads.

Supports

Thin pillars that hold up overhanging parts of the model as each layer cures.

Exposure

How long the UV light cures each layer. Too short and layers fail to stick. Too long and fine detail is lost.

First layer

The first few layers of a print, exposed longer than the rest to stick firmly to the build plate.

Wash and cure

Post processing steps. Wash removes uncured resin, cure hardens the print fully under UV.