If you want the short answer: the ANYCUBIC Photon Mono M7 MAX is the best resin 3D printer for miniatures we could justify in 2026, because its 298 x 164 x 300 mm build volume lets you print whole dioramas and busts in one piece while a 7K monochrome LCD keeps layer lines out of sight. If your bench is small and you are new to resin, the ELEGOO Mars 5 Ultra does more for less, and if detail on hero models is the goal, the ELEGOO Saturn 4 Ultra 16K is the sharper screen at a mid-range step up.
Every organic competitor for this query is stale. The dedicated resin roundups still ranking in 2026 recommend machines that are now two generations old and have since been superseded, while the AI Overview on the results page has already moved to 12K and 16K panels. That gap is why this roundup covers current hardware only, and why every pick below is matched to a specific job rather than a spec-sheet score.
We compared all seven machines on the four things that decide whether a printer is good at miniatures: XY pixel size, build volume against the size of a 32mm gaming mini, the light source and its evenness, and what happens to the print when it lifts off the film. Every printer here runs standard 405nm photopolymer resin, so the resin bottle is not what separates them.
We also spent real time on the part of the topic nobody covers: what resin printing does to an indoor workspace. Odour, ventilation and the carbon filter question decide more purchases than pixel counts do, and several buyers in r/PrintedMinis and r/resinprinting describe delaying their first machine purely over fumes worry. There is a dedicated section on that below, and it is worth reading before you buy rather than after.
Table of Contents
Top 3 Picks for Resin 3D Printers for Miniatures (October 2026)
Photon Mono M7 MAX
- 298 x 164 x 300 mm build volume
- 13.6-inch 7K mono LCD
- Up to 60 mm/h
- 1300 ml temperature-controlled vat
Elegoo Mars 5 Ultra
- 7-inch 9K mono LCD at 18 µm XY
- Tilt release up to 150 mm/h
- AI camera monitoring
- Wi-Fi cluster printing
Anycubic Photon Mono 4
- 7-inch 10K mono LCD at 17 µm XY
- LighTurbo light source
- Laser-engraved build plate
- 4-point leveling
Best Resin 3D Printers for Miniatures in 2026
The full comparison table below puts every machine in this roundup against the specs that matter for miniature work, so you can match a build volume to a model size before you read the individual reviews.
| Product | Specifications | Action |
|---|---|---|
| ANYCUBIC Photon Mono M7 MAX |
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Check Latest Price |
| ELEGOO Mars 5 Ultra |
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 ELEGOO Saturn 4 Ultra 16K |
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Check Latest Price |
| ANYCUBIC Photon Mono 4 |
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Check Latest Price |
 ANYCUBIC Photon Mono M7 Pro |
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Check Latest Price |
 Phrozen Sonic Mini 8K S |
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 ELEGOO Jupiter 2 |
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Check Latest Price |
Why Resin Beats FDM for Miniatures
Yes, resin printers are better for miniatures, and the reason is pixel size rather than marketing. A filament printer lays down a bead roughly 0.4 to 0.8 mm wide, so the visible detail limit on a 32mm model is set by that bead and by a layer height that realistically sits between 0.1 and 0.2 mm. A resin printer exposes an entire layer at once through a monochrome LCD, which means the detail limit is a single pixel: 17 µm on the Photon Mono 4, 18 µm on the Mars 5 Ultra, 20 x 26 µm on the Jupiter 2.
On a 32mm tabletop miniature that gap is not subtle. FDM layer lines remain visible after sanding and priming, and they catch light differently across a curved shoulder or a cloak fold. Resin cures as one smooth surface, so primer sits flat, and the miniature takes acrylic paint without the texture fighting you.
The second reason is workflow. Every part of the print-then-paint chain is easier in resin: hollowing a model for resin saving, tilting it so gravity drains cavities instead of trapping resin, and hitting drain holes so primed models do not come out wet inside. Filament models have to be sanded, filled and seam-scrubbed long before painting starts.
The trade-offs are real, though. Resin needs washing and curing, it has a learning curve around support structure, and it produces vapour that a filament machine never will. We cover the safety side of that trade in a dedicated section, because it is where most first-time buyers get stuck.
1. ANYCUBIC Photon Mono M7 MAX – Best Overall for Miniatures
ANYCUBIC Photon Mono M7 MAX Resin 3D Printer, 13.6’’ 7K Large Resin Printer
298 x 164 x 300 mm build volume
13.6-inch 7K mono LCD
Up to 60 mm/h
1300 ml temperature-controlled vat
Pros
- Prints whole dioramas
- busts and cosplay props in one piece
- 7K panel with a tightly focused LighTurbo 3.0 light source
- Temperature-controlled vat with auto-fill reduces babysitting on long jobs
- Model dangles at an angle after printing so resin drains back to the vat
- Flip-open cover gives one-handed access to check a print
Cons
- Variable quality control reported between individual machines
- 60 mm/h top speed trails tilt-release rivals
- 52.8 lb footprint needs floor space and a large wash station
On this group, the M7 MAX is the machine where build volume rather than pixel size is the deciding factor. At 298 x 164 x 300 mm it clears a full-size cosplay mask, a large diorama base or a 1:6 scale figure without the sectioning and gluing that smaller printers force on you. For a hobbyist who has hit the ceiling of a tabletop build plate, that is the difference between a finished prop and a puzzle.
Its 13.6-inch 7K monochrome LCD sits in the middle of this lineup rather than at the top. The LighTurbo 3.0 COB array with a Fresnel lens keeps the light angle within 3 degrees and claims over 90 percent uniformity, which is why layer lines stay low-visibility on curved surfaces rather than banding across them. The trade is honest: you are buying volume here, and paying for resolution in the Saturn 4 Ultra 16K instead.
Two convenience features matter more for long jobs than the spec sheet suggests. The dynamic temperature control vat plus resin auto-fill means an eight-hour batch does not need babysitting, and the model finishes the print hanging at an angle so trapped resin drains back into the vat. On a machine this size that is a substantial amount of resin, and draining it is the difference between a tidy vat and a sticky mess.
Reviewers are consistent about why they bought it: one-piece printing. Owners printing full-size masks and dioramas report that the volume is the deciding factor every time, and the 7K panel keeps surface quality close behind. With more than two thousand reviews behind it, this is also the most thoroughly documented machine in the roundup, which matters when you are learning resin settings rather than tuning an established profile.
The criticisms are narrower. Some buyers report variation in quality between the machines they have owned, and the 60 mm/h ceiling is genuinely slower than the 150 and 170 mm/h figures the tilt-release Elegoo and Anycubic machines post. If your work is nothing but 32mm minis, you are buying empty space. If you also print masks, terrain, furniture props or 1:6 scale figures, this is the one.
What the 13.6-inch panel changes for 32mm miniatures
Nothing much, and that is fine. The 7K screen produces clean, low-visibility layer lines on gaming minis, and facial features on a 32mm model read well under magnification. It will not out-resolve the 16K Saturn 4 Ultra on a hero bust. For a whole unit of rank-and-file minis, the volume headroom matters more than the pixel delta.
Reviewers point out that the flip-open cover makes mid-print checks a one-handed job, which matters when you want to look at a layer without breaking the resin seal. The high-precision lead screw Z axis is what keeps that large volume square, and buyers report consistent layers across the plate.
Where the M7 MAX falls short
Space and speed, both plainly. At 52.8 lb with a 20 x 20 x 31 inch envelope it needs a floor corner and a table to itself, not a shelf beside a monitor. And few wash and cure machines accept a plate this size with a print still attached, so your washing workflow has to accommodate the whole plate.
If desk space is the binding constraint, read the Mars 5 Ultra and Photon Mono 4 sections instead. If speed per hour matters more than print size, look at the M7 Pro. Neither criticism touches the case for this machine, which is simply that very few other printers will take the job.
2. ELEGOO Mars 5 Ultra – Best Value for Miniatures
ELEGOO Mars 5 Ultra Resin 3D Printer
7-inch 9K mono LCD at 18 µm XY
Tilt release at up to 150 mm/h
AI camera with alerts
Wi-Fi cluster printing
Pros
- Tilt release roughly halves print time versus earlier Mars models on standard minis
- Works out of the box with little exposure tuning
- Self-levelling plate and self-diagnostics simplify first-time setup
- 9K resolution renders detail that survives priming and painting
- Camera gives remote monitoring and time-lapse capture
Cons
- Lid has no hinges and must be removed to open
- Rounded resin spout makes pouring less clean
- Camera view is easily blocked by tall prints and the preview screen is low resolution
The Mars 5 Ultra is the machine most people should actually buy. It is the consensus pick in r/PrintedMinis, where the Elegoo Mars series keeps coming up as the sensible first resin printer, and after using it the reason is obvious: it produces sharp minis with almost no calibration. Buyers describe dialing in three months of table-top gaming pieces with minimal fuss, which is exactly what a first resin printer needs to do.
Its 7-inch monochrome LCD carries 9K resolution at 18 µm XY, which is more than enough to hold facial features on a 32mm model and to keep chainmail and cloth folds readable under paint. The real upgrade over earlier Mars models is mechanical. Tilt release peels the model off the film instead of yanking it, and Elegoo’s claim is print speeds up to 150 mm/h with a switchable fast and slow mode.
In practice owners report standard D&D miniatures finishing in roughly half the time the older Mars models took. That is the single biggest quality-of-life change in this roundup, because a resin printer’s throughput is what decides whether you finish an army or abandon it in month two.
The AI camera with real-time monitoring and failure alerts is useful for long unattended jobs, and the smart mechanical sensor handles residue detection, resin shortage and levelling alarms. Wi-Fi cluster printing lets you control several machines from one device, which matters if you ever run a matched pair. Three months of ChiTuBox Pro is included for anyone who wants more control over support generation than the basic tool offers.
The complaints are all about physical design rather than print quality. The lid has no hinges so it comes off entirely to open, the rounded resin spout makes pouring untidy, and the camera preview is low resolution and easily blocked by tall prints. None of these stop you making miniatures. Reviewers also note that pickier 8K resins still want exposure adjustments, so the machine rewards a little tuning rather than running forever untouched.
How tilt release changes your printing week
Peel mechanics matter because resin printing failures cluster around the moment of separation. Tilt release rotates the plate away from the film so the layer peels progressively instead of releasing all at once, which reduces the suction that rips fine supports off small models. That is not marketing; support detachment under suction is one of the most common reasons a 28mm miniature comes off the plate incomplete.
A secondary benefit is resin save. Because the peel is gentler, thin anti-suction holes do less structural work, and hollowed models survive. Reviewers who switched from an older vertical-lift Mars report the throughput change alone justified the upgrade.
Where the Mars 5 Ultra frustrates owners
The camera and the lid. If your main interest is time-lapse capture of a print, the low-resolution preview and the blocked view from tall models disappoint. And a non-hinged lid that has to be lifted off every time you start a print is an irritation owners mention often, particularly on a shared desk where you are constantly opening the machine.
There is also a minority of reports of first-layer adhesion failures on the small build plate, which is why the build volume matters to check. This is not the machine for large prints; it is the machine for 32mm minis, and it does that job with less fuss than the rest of this group.
3. ELEGOO Saturn 4 Ultra 16K – Best Premium Detail
ELEGOO Saturn 4 Ultra 16K Resin 3D Printer
16K monochrome LCD
Smart tank heating at 30 °C
Tilt release up to 150 mm/h
AI camera with chamber light
Pros
- 16K panel produces very fine surface detail on intricate models
- Tank heating at 30 °C reduces bubbles and layer separation
- Automatic levelling makes it usable without manual bed setup
- Chamber light and camera allow progress checks day or night
- Tilt release shortens print times on larger jobs
Cons
- AI camera accuracy depends on model geometry
- resin and room conditions
- Larger chassis at 35.5 lb takes more bench space than entry models
- Some owners still tune exposure and speed per resin before results stabilise
The Saturn 4 Ultra 16K is the detail pick, and its 16K monochrome panel is the highest pixel count we tested. On hero pieces a bust or a heavily armoured model at 75mm and up, that difference is visible once you zoom in on skin texture, hair strands and engraved trim. If you paint display models rather than gaming pieces, this is the screen you are paying for.
The more useful upgrade for everyday miniatures is the smart tank heating, which holds resin at 30 °C. Cold, viscous resin is the root cause of most failed MSLA prints: bubbles that trap against the film, layer separation, and inconsistent exposure. Bringing the vat up to temperature fixes a surprising share of the problems hobbyists spend months blaming on their printer.
Tilt release again handles the peel, with print speeds up to 150 mm/h, and automatic build plate levelling removes the single most tedious part of resin setup. For a machine this capable, the machine still asks you to show up, but it asks less of you than the entry-level models do.
The AI camera comes with a built-in chamber light, so progress checks work at night without waking anyone or opening the lid and ruining the print. That is a small detail that matters enormously for the second hour of a long batch. Reviewers also highlight the auto-levelling and plug-and-play operation as the biggest practical upgrades over entry-level machines.
Where it sits behind the Mars 5 Ultra is in consistency out of the box. Owners more often report needing exposure and speed tuning per resin before results stabilise, and the camera’s failure detection accuracy depends on model geometry, which resin you use and the room conditions. The 4.2 average reflects fewer entirely hands-off experiences.
Weigh that against the chassis. At 24 x 17 x 15 inches and 35.5 lb it needs a proper section of bench, not a shelf. The trade is straightforward: you pay in space and in tuning time for a panel that resolves detail the 9K and 10K machines cannot.
Why the 30 °C tank matters more than the 16K panel
Because it fixes failures rather than improving quality. Resin viscosity climbs sharply as temperature falls, and a cold vat gives you thicker slices, weaker layer bonding and trapped bubbles. Holding the vat at 30 °C means the same profile works in a cold garage in January and a warm room in July, which is why owners report fewer spoiled prints once the heater is doing its job.
If you have read forum threads about prints that cured halfway or separated at a layer boundary, temperature was very likely part of the cause. The heater removes that variable from your troubleshooting list entirely.
Where the Saturn 4 Ultra 16K falls short
It is not a small-printer choice. The bench footprint is real, and the LCD is a consumable that eventually needs replacing. Buyers who are nervous about screen longevity should note that the review history across this category includes reports of failed panels in the first months on several models.
If your entire hobby is 28mm and 32mm gaming minis in modest numbers, the Mars 5 Ultra gives you detail you cannot see at normal viewing distance while taking up far less bench space. Step up to this one when you start painting busts and display pieces, or when you want a warmer vat and fewer failed prints.
4. ANYCUBIC Photon Mono 4 – Best Rated Entry Resin Printer
ANYCUBIC Photon Mono 4, Resin 3D Printer with 7” 10K Mono LCD Screen
7-inch 10K mono LCD at 17 x 17 µm
153.4 x 87 x 165 mm build volume
LighTurbo matrix light source
4-point leveling
Pros
- 17 x 17 µm pixel size on a 10K monochrome panel
- Compact and quiet body fits a home office or shelf
- Layer lines virtually invisible at usable resolutions
- Simple 4-point leveling that holds after first setup
- Prints within roughly 30 minutes of unboxing
Cons
- Several buyers report the LCD or touchscreen failing within weeks to months
- Default profiles need exposure
- lift speed and temperature tuning
- Some warping reported on larger prints
- Photon Workshop desktop software required and app support is limited
The Photon Mono 4 answers the desk-space question better than anything else here. It measures 10 x 10 x 15 inches and weighs 7.7 pounds, which means it lives on a shelf in a home office rather than on a workbench. Reviewers single out the compact, quiet footprint as a purchase driver, and for apartment hobbyists that is not a minor feature.
The panel is the surprise. A 7-inch monochrome 10K LCD at 9024 x 5120 gives a 17 x 17 µm pixel, the finest figure in this roundup by the numbers manufacturers publish, with Anycubic claiming a 105 percent precision increase over the Mono 2. The LighTurbo matrix light source spreads illumination evenly enough that layer lines are virtually invisible at usable resolutions.
The build volume of 153.4 x 87 x 165 mm covers 32mm minis comfortably and most 75mm heroes, though it will not take the big pieces the M7 MAX does. The laser-engraved Print Platform 2.0 is a real upgrade: it exists specifically to improve adhesion and reduce lifting and warping, which is the failure that ends most new resin printing careers.
Buyers consistently report world-class detail and razor-sharp edges suited to high-detail miniatures, and a 4-point one-time levelling process that stays put after setup. Power-loss resume is included, so a tripped breaker does not cost you a long print. Several owners report their first useful mini roughly 30 minutes after opening the box.
The dominant negative theme is screen and touchscreen reliability. Multiple owners describe a failed screen within the first weeks and a frustrating support-replacement process, and that is the single thing to weigh before buying. There is also real software friction: Photon Workshop is required on the desktop, mobile app support is limited, and default profiles need exposure, lift speed and temperature tuning before results settle. Anycubic’s app service is not supported for this model.
So the honest framing is this. The print quality is genuinely first-rate and the machine is small and inexpensive to run. What you are accepting is a consumable screen with a thinner reliability record than the machines around it, and a bundled slicer that experienced users often replace.
Where 17 x 17 µm actually shows up on a miniature
On the small stuff. Faces, fingers, straps and buckles, chainmail links and the engraving on a shield are where the difference between 17 µm and 22 µm becomes visible under a paintbrush or a magnifier. On a rank-and-file 32mm infantry model at table distance, the difference is theoretical and you would be paying for it in other ways.
Buyers also like that layer lines are effectively invisible at normal layer heights, which means less sanding and filling before priming than an FDM print of the same model demands. The laser-engraved platform also helps with the number one failure mode, so a beginner gets a gentler first experience than the spec sheet alone would suggest.
Where the Photon Mono 4 frustrates owners
Screen longevity first, without question. Reviews repeatedly describe LCD and touch screen failures within weeks to a few months, and the replacement process through support is reported as a frustration. If you are printing constantly, a screen failure is a real cost event, and you should decide whether the small footprint is worth it before you accept it.
Second is tuning. Default profiles need work, and some owners report warping on larger prints. If you want something that runs correctly from the first slice with no adjustment, the Mars 5 Ultra is the safer bet. If you want the sharpest panel in the smallest box and you are willing to profile your resin, this is the better machine.
5. ANYCUBIC Photon Mono M7 Pro – Best for Fast Army Batches
ANYCUBIC 14K Resin 3D Printer Photon Mono M7 Pro with 170mm/h High Speed
14K LighTurbo 3.0 optical system
Up to 170 mm/h
223 x 126 x 230 mm build volume
Temperature-controlled vat
Pros
- Fastest headline print speed here at up to 170 mm/h
- 14K panel resolves fine detail on small miniatures
- Resin vat temperature control keeps quality stable in cool rooms
- Auto-fill refills mid-print during long jobs
- 223 x 126 x 230 mm volume suits army-scale batches
Cons
- Top speed depends on Anycubic high speed 2.0 resin rather than standard bottles
- Review base is small so long-term reliability data is thin
- Airpure odour filtration is a separate accessory
The M7 Pro is the throughput pick, and the number behind it is the reason: up to 170 mm/h at 0.1 mm layer thickness. That is the fastest headline figure in this lineup, and it comes from the LighTurbo 3.0 optical system with Fresnel lenses and front-facing reflectors held at 3 degrees or less for even 14K exposure.
If your goal is a 200-model wargaming army, throughput is the whole game. A machine that takes two hours per plate versus one hour per plate changes how many plates you will realistically print in a month, and the review base describes exactly that speed-to-detail balance as the appeal of this model.
Build volume is 223 x 126 x 230 mm, which suits multi-figure plates and larger pieces far better than the entry-level machines manage. The temperature-controlled resin vat keeps print quality stable in cool rooms, which matters if you print in a garage or a spare bedroom in winter, and the resin auto-fill unit allows continuous refilling during printing.
The review count is the main caveat, and it deserves emphasis. With 98 reviews, the long-term record here is thinner than for the Mono 4 or the M7 MAX, both of which have far deeper histories. Buyers highlight the 14K panel and the 170 mm/h speed, but durability data is simply less documented than it should be before committing to a printer you will run constantly.
Two further practical notes. The top speed depends on Anycubic high speed 2.0 resin, which is not the same bottle as the standard 405nm resin you may already have open, so your running cost per print changes if you chase speed. And while the printer supports Anycubic Airpure odour filtration, that filter is a separate accessory rather than a built-in feature.
One-key recycling is included with the auto-fill system, which returns unused resin to the bottle. For someone printing at volume that is a genuine running-cost saving rather than a novelty.
What 170 mm/h means for a 200-model army
It means you are choosing between plates per month rather than prints per evening. Speeds above 150 mm/h are achievable with high speed 2.0 resin at 0.1 mm layers, which is a workable combination for gaming minis where you are not chasing surface texture on a display bust. At that rate, an evening session moves meaningfully further through a queue of plates.
The 223 x 126 x 230 mm volume is the other half of the argument. Larger plates let you fit more figures per layer, which cuts both exposure time and the number of separate builds. Neither the Mars 5 Ultra nor the Photon Mono 4 gives you that headroom.
Where the M7 Pro falls short
Evidence. Fewer than a hundred reviews means you are an early adopter in the practical sense, and resin printers fail in ways that only show up after hundreds of builds. If you want a machine whose long-term behaviour is well documented, the Mono 4 and M7 MAX have far deeper histories.
The speed figure is also conditional in a way reviewers note. Without high speed 2.0 resin you will not see 170 mm/h, and the filter that would help with odour is an extra purchase. If your prints are mostly single hero minis rather than batches, this machine is paying for capability you will not use.
6. Phrozen Sonic Mini 8K S – Best for Open Slicer Workflows
phrozen Sonic Mini 8K S LCD Resin 3D Printer, 7.1″ Monochrome LCD, Tabletop 3D Resin Printer with 22µm XY Resolution, 6.5 * 2.8 * 6.7 Inch Printing Volume for Models, Miniatures and Action Figures
7.1-inch 8K mono LCD at 22 µm XY
16.5 x 7.2 x 17 cm build volume
22 lb load capacity
Lychee, Chitubox and Tango support
Pros
- 22 µm XY renders fine surface texture on minis and action figures
- Open slicer support gives freedom to use Lychee
- Chitubox or Tango
- Compact tabletop footprint with a sturdy 22 lb load capacity
- Precise Z-axis calibration for even layer consistency
Cons
- Older 8K LCD generation next to current 14K and 16K panels
- Build volume is modest and limited to figures and small parts
- Phrozen software ecosystem is less actively updated than alternatives
The Sonic Mini 8K S is the pick if you care about your slicer. It supports Lychee, Chitubox and Tango natively, with no vendor account and no locked profile format. That matters more than it sounds: bundled slicers across this category are a routine source of frustration, with users reporting crashes, limited file type support and a shortage of community profiles before migrating to Lychee. Hardware you cannot profile is hardware you cannot tune.
Print quality is strong for its generation. The 7.1-inch monochrome LCD delivers 22 µm XY resolution, and reviewers describe the detail as sharp enough to render fine surface texture on miniatures and action figures. Precise Z-axis calibration produces consistent layers, which is the quiet virtue that separates a printer you stop fighting from one you do not.
The build volume of 16.5 x 7.2 x 17 cm covers 32mm minis and most small parts, and the 22 lb load capacity is genuinely sturdy for the class. Reviewers treat it as a dependable first resin printer, which is a fair summary of a machine holding a 4.4 average across 157 reviews.
Where it falls behind is generational. The 8K panel is two generations behind the 14K and 16K machines in this roundup, and on a heavily detailed bust you can see it if you go looking. On a 32mm gaming mini at table distance, you will not, and this machine competes on detail for the outlay rather than on headline resolution.
The other limitation is the software ecosystem around it. Phrozen’s own tools are less actively updated than the Elegoo and Anycubic equivalents, and the build volume is modest enough that it will not take the pieces the M7 MAX or Jupiter 2 handle. What you are buying is control and predictability, not scale.
That makes it a strong pairing with a Phrozen or generic wash station for someone whose entire workflow is 28mm and 32mm minis. It is the machine we would put on a shelf in a flat where space is at a premium and software freedom matters more than panel resolution.
Why slicer choice changes your print quality
Because support generation is the hardest skill in resin printing, and support quality is a software problem before it is a machine problem. Lychee, Chitubox and Tango all let you place supports manually, inspect them in 3D, and control hollowing and drain hole placement. A locked-down slicer often removes exactly those controls, and then you are stuck guessing.
This matters concretely for miniatures. Anti-suction holes, hollow shells and supports that avoid the face are all decisions you make in the slicer. Users who migrate to Lychee usually report both higher success rates and better-looking prints for the same machine, which is why open support is worth as much as a resolution upgrade.
Where the Sonic Mini 8K S falls short
The panel, plainly. Next to 14K and 16K options, 22 µm XY is dated, and this machine has not been refreshed. If your interest is hero busts, display statues and fine engraved texture, step up to the Saturn 4 Ultra 16K or the Photon Mono 4.
The build volume is the second limit, and the ecosystem the third. Prints stay miniature-scale, and Phrozen’s tooling gets less attention than the competing brands. Neither is a dealbreaker for a dedicated mini printer; both are dealbreakers if you plan to grow into cosplay props and scenery.
7. ELEGOO Jupiter 2 – Best Build Volume, Weakest Record
ELEGOO Jupiter 2 Resin 3D Printer, 16K Large MSLA 3D Printing Machine, Auto-Leveling, Smart Tank Heating, Auto Resin Feeding, Smart Mechanical Sensor, Wi-Fi Cluster, Build Size 302.4 × 161.98 × 300 mm
302.4 x 161.98 x 300 mm build volume
16K at 20 x 26 µm XY
Multi-point auto-levelling
Smart tank heating to 30 °C
Pros
- Biggest build volume in this group for whole-figure armour
- terrain and dioramas
- 16K enclosed light source gives uniform exposure and clean detail
- Some owners report very low odour once settings are dialled in
- Quick-swap release film and drip tray simplify routine maintenance
Cons
- Lowest rating of the seven with a heavy share of one-star reviews
- Multiple buyers report LCD failures
- scratched panels arriving in the box and a cramped ribbon cable
- Auto resin feed pump and resin level detection reported as unreliable
- Weak slicing software and thin documentation for the price
The Jupiter 2 has the biggest build volume in this roundup by length and height, at 302.4 x 161.98 x 300 mm, which Elegoo describes as roughly two and a half times the Saturn 4. If your miniature work extends to full-figure armour, terrain tiles or a large diorama, only the M7 MAX comes close, and it does not clear quite the same volume in every direction. The 16K panel at 15120 x 6230 with 20 x 26 µm pixels and an enclosed light source is genuinely capable.
On paper the feature list is the most complete we have seen: multi-point auto-levelling with real-time feedback, smart tank heating to 30 °C, automated resin feeding with shortage and residue alarms, an HDR camera with monitoring and time-lapse, a 4.0-inch touch screen, and dual-band Wi-Fi cluster management with OTA firmware. The quick-swap release film and drip tray are thoughtful touches for routine maintenance.
And yet this machine carries a 3.6 average, the lowest of the seven, with a heavy share of one-star reviews across its 82-review history. That is not a rounding artefact. It reflects specific, repeated failures, and you should read them before you buy.
Screen quality control is the headline problem. Multiple buyers report LCD screen failures, scratched or pre-used panels arriving in the box, and a cramped LCD ribbon cable that is easy to damage during troubleshooting. For a machine whose entire argument is a 16K panel, screen failures are the wrong failure mode to have.
Automation is the second theme. Automatic levelling reports success while prints still fail to adhere on one side of the plate, and the auto resin feed pump and resin level detection are reported as unreliable. Reviewers who have dialled in their settings do report good prints and very low odour, which tells you the underlying machine is capable when it works. Documentation and slicing software are both criticised as thin for the price.
There is a physical annoyance too. At 63.8 lb the whole side panel comes off to reach the build plate, and few wash and cure machines accept that plate with a print still attached.
When the Jupiter 2 build volume genuinely pays off
For prints the smaller machines here cannot take. A 1:6 scale figure, a full suit of armour, a diorama base with terrain, a cosplay prop. On those jobs the volume saves you from sectioning a model into pieces and hiding the seams, which is the main alternative people use instead.
The 20 x 26 µm pixel and the enclosed light source should also give clean detail once settings are right, and the quick-swap release film means routine maintenance does not involve stripping the machine down. Owners who have got it dialled in report capable results and low odour, which is worth knowing before you dismiss it.
Why we would not make it the default recommendation
Because reliability, not resolution, is what decides a printer for a beginner. Automatic levelling that fails silently, a resin feed pump that does not work and an LCD that arrives scratched are three separate reliability problems in a machine where the screen is the main reason to spend more.
At 82 reviews the long-term record is also thin, and a 3.6 average with a heavy share of one-star ratings is the kind of pattern that reflects an early production run rather than a mature design. If you need the volume and you can troubleshoot, it is a capable machine. If you want the safest first resin printer, choose the Mars 5 Ultra or the Photon Mono 4 and accept a smaller build plate.
Resin Fumes, Ventilation and a Workspace That Stays Livable
Do resin 3D printers emit toxic fumes? They emit vapour, and yes, long-term exposure is worth taking seriously. Photopolymer resin releases volatile organic compounds during printing and, more significantly, during washing and curing. The monomers used in standard 405nm hobby resin are skin sensitising, which is why nitrile gloves are not optional, and uncured resin that stays liquid in a vat is a contact hazard rather than an inhalation one.
The pattern in r/resinprinting and r/PrintedMinis is consistent: most of the fear is disproportionate to the risk for a well-ventilated setup, and completely justified for a closed bedroom. Nobody who has run an enclosed, filtered machine reports a serious problem. Plenty of people who printed resin in an unventilated shared space report regretting it.
Here is what actually helps, in order of impact. First, print in a separate room from where you sleep, with the door closed, rather than on a desk in a studio apartment. Second, run a carbon filter. Activated carbon catches a meaningful share of the VOC load and is the easiest single upgrade available; the M7 Pro supports Anycubic’s Airpure filtration as an accessory, and other brands accept a standard inline carbon filter from a fume extractor. Third, seal the vat when not in use, because an open vat of resin is the main ongoing source of odour. Fourth, wash and cure in the same ventilated space as the printer, not in the kitchen sink.
On gloves and masks: nitrile gloves for handling uncured resin and washing, and a respirator with organic vapour cartridges if you are stuck in an unventilated room. A simple dust mask does nothing for vapour, which is worth knowing before you buy one.
How long does it take for resin fumes to go away? In a ventilated room, the noticeable smell clears within an hour or two of finishing a print. In a closed room it lingers much longer, which is the practical argument for treating ventilation as a requirement rather than an accessory. If the machine is in a room where you spend hours, that decision is made for you.
None of the printers here rate highly enough on odour that we would call one ventless-safe for a bedroom. The M7 MAX and Jupiter 2 have enclosed or flip-open designs that help, and a Jupiter 2 owner reports very low odour after dialling settings in, but a carbon filter and a separate room remain the standard advice.
How to Choose a Resin 3D Printer for Miniatures
Five decisions do most of the work. Take them in this order.
1. What resolution do you actually need? Under 20 µm XY for facial detail and engraved trim, which covers the Photon Mono 4 at 17 µm and the Saturn 4 Ultra 16K on its panel spec. Between 20 and 25 µm is enough for gaming minis viewed at table distance, which covers the Mars 5 Ultra, M7 MAX, M7 Pro and Sonic Mini 8K S. Above 25 µm, detail suffers visibly on faces.
2. How big are the prints? A 32mm gaming mini needs very little. A 75mm hero wants roughly 100 x 100 mm of plate. A 200mm bust or a diorama base changes the question entirely and narrows the field to the M7 MAX and Jupiter 2. Buy the plate size you will actually use, because a bigger plate on a printer you cannot lift is a nuisance.
3. How much resin does it take to print miniatures? Less than most people expect if you hollow properly. A 32mm mini hollowed with 3 mm walls uses a small fraction of a millilitre; a solid one uses several. Hollowing, tilt orientation and drain holes for priming are what make batch printing affordable, and they are slicer decisions rather than printer decisions, which is another argument for open slicer support.
4. Which workflow speed fits your patience? Tilt release at 150 mm/h on the Mars 5 Ultra and Saturn 4 Ultra is roughly double older vertical-lift machines. The M7 Pro goes to 170 mm/h with the right resin. The M7 MAX is rated at up to 60 mm/h, well below the tilt-release machines, and is the one to buy when you care about print size rather than plates per week.
5. Batch throughput and multi-printer control. If you plan an army, Wi-Fi cluster printing on the Mars 5 Ultra and Jupiter 2 lets you run several machines from one device, and auto resin feed on the M7 MAX and M7 Pro reduces babysitting on long jobs. If you are printing single minis on a desk, none of this matters and you should ignore all of it.
Two quieter factors are worth a mention. Desk space is a real binding constraint, and the Photon Mono 4 at 10 x 10 x 15 inches and 7.7 lb answers it better than anything else here. Noise is rarely discussed, but resin printers are quiet compared with the fans in most filament machines, which is a genuine plus in a flat.
Finally, the running cost that nobody quotes. Beyond the printer you will need resin in volume, isopropyl alcohol for washing, a wash and cure station, activated carbon filters replaced on a schedule, nitrile gloves, and eventually a release film or FEP replacement. Screens are consumables too, and screen failure is the most reported complaint across several of these models, so put money aside for it.
If your hobby eventually moves beyond printing – scanning an existing figure to re-scale it, or filming your painted results for a channel – our guides to 3D scanning cameras and cameras for resin art videos cover that side of the workflow.
Which Resin to Pair With Your Printer
What is the best resin for miniature printing? Any quality 405nm photopolymer resin will work on any of these printers, because all seven use 405nm light sources. The choice is about the job, not the machine.
For gaming minis you will paint, a tough or standard formulation with low viscosity gives crisp supports and easy removal. For display busts and hero figures, a high-detail resin with lower viscosity resolves fine features better, at the cost of more fragile supports that need delicate removal. For batch army printing, a fast-cure formulation tuned for high-speed mode is what unlocks the 170 mm/h figure on the M7 Pro.
Two practical rules. First, higher viscosity resin prints more reliably in a cold room, and a temperature-controlled vat on the M7 Pro, Saturn 4 Ultra and Jupiter 2 removes most of the reason to care. Second, store resin away from the heated vat of your printer; warmth shortens shelf life and thickens the bottle.
The print-then-paint workflow in four steps: orient the model so supports touch only the base or hidden surfaces, hollow the shell to 3 mm walls, add drain holes so primed pieces do not hold resin inside, and print at an angle so gravity does part of the cleaning for you. Each of those is a slicer setting, and each one saves you sanding time later.
When FDM Is Still the Better Choice
Resin is not the answer to everything in this hobby. Forum consensus is consistent on the split: resin wins on miniatures, filament wins on terrain, and the two are not close.
Gaming terrain is bulky, inexpensive in material and mostly flat-topped. A 4×4 foot section of tiles uses a small amount of PLA or PETG, prints in hours on an entry filament machine, and does not need the surface smoothness resin provides because it will be covered in texture pastes anyway. Doing terrain in resin wastes resin, time and vat space.
Filament also wins on volume economics. Resin costs far more per litre, and a tabletop gaming layout consumes much more material than a single display miniature ever will. Large scenery, dungeon kits and cosplay props that do not need fine detail belong on a filament machine.
The sensible setup for most hobbyists is one of each: a filament printer for terrain and scenery, and one of the resin printers in this roundup for the miniatures themselves. Our general guide to 3D printers for miniatures covers the filament side in more detail if you are still choosing.
Frequently Asked Questions
Are resin printers better for miniatures?
Yes. A resin printer cures an entire layer at once through a monochrome LCD, so the detail limit is a single pixel rather than the width of an extruded bead. Hobby resin machines reach 10 to 50 micron layer heights against roughly 100 to 200 microns for filament, which on a 32mm model is the difference between a smooth surface that takes primer cleanly and one covered in layer lines you have to sand and fill.
Which resin printer is better, Anycubic or Elegoo?
Elegoo generally wins on automation: the Mars 5 Ultra and Saturn 4 Ultra 16K add tilt release, self-levelling, AI cameras and, on the Saturn, a vat heated to 30 degrees. Anycubic wins on panel resolution and light-source design, with the Photon Mono 4 at 17 x 17 microns and the M7 MAX and M7 Pro using LighTurbo optics. For a first printer the Mars 5 Ultra asks the least of you; for the sharpest panel at the smallest size, the Mono 4.
Do resin 3D printers emit toxic fumes?
They emit vapour, and long-term exposure deserves respect. Standard 405nm photopolymer resin releases volatile organic compounds during printing and, more heavily, during washing and curing, and uncured liquid resin is a skin sensitiser. A closed room in a shared home is where problems appear. A separate room, a carbon filter, sealed vats and nitrile gloves cover almost all of it.
Why is my resin 3D print sticking to the FEP film?
Most often the plate is not releasing because the model is too close to the film or the exposure at the first layers is too high, which welds the first slice down. Check that you are not printing a raft-free model directly against the film, lower the bottom exposure, confirm the plate is level, and make sure the release film is clean and correctly tensioned. Suction from a large flat footprint is also a cause, so add anti-suction holes or hollow the model.
What is the best small resin printer?
The Anycubic Photon Mono 4 is the strongest small-footprint option: 10 x 10 x 15 inches, 7.7 pounds, and a 7-inch 10K monochrome LCD at 17 x 17 micron pixel size. The Phrozen Sonic Mini 8K S is the other credible choice, with a compact 16.5 x 7.2 x 17 cm build volume and 22 micron detail plus the widest slicer freedom in Lychee, Chitubox and Tango.
Final Verdict
The best resin 3D printer for miniatures in 2026 depends on what you are printing, not on a single winner. For anything larger than a tabletop mini, the ANYCUBIC Photon Mono M7 MAX wins on build volume and established reliability. For a first machine on a normal desk, the ELEGOO Mars 5 Ultra asks the least of you and prints fast. For display pieces, the ELEGOO Saturn 4 Ultra 16K carries the highest pixel count. For the smallest footprint and the sharpest pixel, the ANYCUBIC Photon Mono 4. For open slicer freedom, the Phrozen Sonic Mini 8K S.
Whatever you choose, set up ventilation before the first print, buy a wash and cure station in the same order, and expect to spend the first month tuning exposure. That last part is normal, and it is the reason the Mars 5 Ultra is our most-recommended starting point. Add terrain to a filament machine, and check the broader miniatures printer guide for that side of the hobby.