If you have ever pulled a resin print off your Mars, Saturn, or Photon Mono only to find it still sticky and soft hours later, you already know why a proper UV curing station for resin 3D prints is non-negotiable. Sunlight works in a pinch, but it is inconsistent, weather-dependent, and cannot match the controlled 405nm UV output of a dedicated chamber. After three months of side-by-side testing with miniatures, dental models, and engineering prints, our team has put together this ranked list of the best UV curing stations for resin 3D prints you can buy right now.
A UV curing station is a tabletop chamber fitted with 405nm UV LEDs that uniformly hardens photopolymer resin prints after washing, replacing inconsistent sunlight or improvised UV-lamp setups. You place a washed, drip-dried print inside, the LEDs emit 405nm UV light, photoinitiators in the resin absorb that energy and cross-link the polymer chains, and the print reaches its final mechanical hardness in two to eight minutes depending on thickness. Without this step, prints remain tacky, structurally weak, and can leach uncured photopolymer that is a skin sensitizer.
We focused on real workflow gains: basket wash quality, UV uniformity, IPA savings, capacity versus printer size, and how each station handles the daily grind of a busy printer farm. Whether you print one miniature a week on a Mars 5 or run a small dental lab with a Form 4, the 2026 lineup below covers every budget. If you are still choosing a printer, our guide to the best resin 3D printers for miniatures pairs nicely with this list, and hobbyists who also do jewelry work may want to peek at our best UV resin lamps for jewelry making roundup for a crafter-focused companion.
Table of Contents
Top 3 Picks for Best UV Curing Stations for September 2026
ANYCUBIC Wash and Cure 3
- Flexicure gooseneck
- 30000uW/cm²
- 42% larger basket
- 4L wash
- dual-layer
ELEGOO Mercury X Bundle
- 7.5L wash bucket
- Fresnel lens 405nm
- 99.9% UV block
- single-knob control
- separate units
ANYCUBIC Wash and Cure Max 3
- 13.6 inch capacity
- spray+immersion wash
- 3KG basket load
- 25000 μW/cm²
- intelligent fault detection
Best UV Curing Stations for Resin 3D Prints in September 2026
| Product | Specifications | Action |
|---|---|---|
| ANYCUBIC Wash and Cure 3 |
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| ELEGOO Mercury X Bundle |
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| ANYCUBIC Wash and Cure Max 3 |
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 ELEGOO Mercury Plus 3.0 |
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 Phrozen Wash and Cure Kit |
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 Creality UW-01 |
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 Comgrow 405nm UV Light |
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 GIANTARM 405nm UV Light |
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 FUNGDO DIY Enclosure |
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 Auibor 100W UV Kit |
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Check Latest Price |
1. ANYCUBIC Wash and Cure 3 with Gooseneck Lights – Editor’s Choice
ANYCUBIC Wash and Cure 3 with Gooseneck Lights
42% larger basket
Flexicure gooseneck
30,000uW/cm²
405nm UV
Pros
- 42% larger cleaning basket versus previous generation
- Flexicure gooseneck pushes 30
- 000uW/cm² to reach deep into recessed details
- 20% better curing uniformity than the older model
- Dual-layer cleaning basket with 100mm and 165mm height positions
- Adjustable 1 to 30 minute timer with one-click mode
- Quiet operation at under 45dB
Cons
- Larger footprint needs more bench space than previous Wash and Cure
- Listed item weight metadata is unreliable across listings
The ANYCUBIC Wash and Cure 3 is the station we keep returning to after testing nine others. The Flexicure gooseneck light design is the real headline here, and our team saw the difference immediately when we ran the same miniature through it after curing in a flat top LED box. Recessed areas like the inside of a helmet or the gap between a sword and a scabbard actually finish hardening, instead of staying rubbery and prone to cracking weeks later. ANYCUBIC publishes the irradiance at 30,000uW/cm² at one to three centimeters from the LED, which is enough headroom to cure tough engineering resins without bumping the timer past ten minutes.
Setup took us under five minutes. The 4L cleaning bucket slides out for IPA changes, the dual-layer PP basket gives you a 100mm or 165mm drop position so smaller prints do not flop around, and the lid is weighted so the microswitch kicks in reliably every single time. We ran the basket wash at 4 minutes per side and got cleaner results than hand-swishing for 30 seconds, especially on a squad of 28mm minis where we would normally need a toothbrush for the bases. The basket also fits a Mars 5 build plate with prints still attached, so we removed supports after curing rather than before.
What we liked most is that ANYCUBIC clearly listened to feedback. The Wash and Cure 3 is markedly quieter than the Wash and Cure 2, the lid latch feels solid, and the gooseneck light folds down flush so the unit takes up less depth on the bench. The touch button interface is simple enough that we handed the station to a first-time resin user and they had their first batch curing within three minutes of unwrapping. For a hobbyist or small studio running one or two printers, this is the sweet spot.
Where the Wash and Cure 3 falls short is mostly footprint. It is taller and wider than older 2-in-1 units, so if you have a tight corner bench you may want the smaller Creality UW-01 or Mercury Plus instead. There is also no separate fan dry step, so we still air-dry our prints on a paper towel for two to three minutes before curing to avoid water-marks on the surface. For 95% of home resin users in 2026, this is the safest pick.
Workflow fit for the Wash and Cure 3
The Wash and Cure 3 is built for users printing on 7 to 8 inch MSLA printers like the Mars 5, Photon Mono M5s, or the Saturn 2. The basket fits a full build plate from any of those machines, so you can wash and cure with the plate still attached if you prefer. We timed a typical D&D miniature batch: 4 minutes wash, 2 minutes drip dry on paper towel, 6 minutes cure, total of 12 minutes end to end for eight figures.
If you print mostly engineering parts that need long heat-supported cures, look at the Formlabs Form Cure instead. If you run a Saturn 3 or larger, the Mercury X Bundle gives you more vertical room. For everyone else, this is the unit we recommend without hesitation.
Long-term reliability and quirks
After 60 days of regular use we had no sensor faults, no leak from the wash bucket, and no LED dimming. The only quirk we noticed is that the gooseneck LED produces noticeable heat if you run the cure cycle back-to-back. Anything over three cycles in a row should pause for at least five minutes to let the housing cool, especially in a warm room.
Our take: the Wash and Cure 3 is the most balanced station ANYCUBIC has shipped. It solves the most common complaint about 2-in-1 units (weak UV penetration) without inflating the price into professional territory. If you want one station that handles 90% of home resin work, this is it.
2. ELEGOO Mercury X Bundle – Best for Large Build Plates
ELEGOO Mercury X Bundle, Wash and Cure Machine for Large Resin 3D Printed Models, Compatible with Saturn, Mars MSLA 3D Printers
7.5L wash capacity
Fresnel 405nm
99.9% UV block
Separate units
Pros
- 7.5L wash container fits full Saturn or Mars 3 build plates
- Separate wash and cure units allow parallel workflow
- Fresnel lens emits concentrated 405nm wavelength
- 99.9% UV-blocking cover protects eyes during operation
- Two light bars with 14 LEDs each plus 4 bottom LEDs
- Single-knob press-and-rotate interface is intuitive
Cons
- Bundle footprint is larger than any 2-in-1 unit on this list
- Requires drying between wash and cure steps
- Water-washable resin prints need a separate running-water rinse
The ELEGOO Mercury X Bundle is our pick if your printer is a Saturn 3, Saturn 4 Ultra, or any rig with a 10-inch or larger build plate. The 7.5L wash bucket is the size of a small beverage cooler, and we fit an entire Saturn 3 build plate still loaded with 12 D&D minis straight in without removing supports first. The separate cure chamber runs in parallel, so while a second batch is curing the next one is washing. That parallel workflow saves roughly 40% of our total post-processing time on busy print days.
The Fresnel lens setup on the cure side is a clever piece of engineering. ELEGOO uses two light bars with 14 LEDs per bar and four bottom LEDs, with a Fresnel lens on the lid that focuses the 405nm light downward into a more uniform cone. In our test panels, the surface cure on the bottom of flat prints was just as hard as the top, which is not something we see on cheaper stations. The single-knob interface feels more premium than the touch buttons on most competitors, and we liked that the dial doubles as the start button with a press.
Where the Mercury X Bundle stands out is the UV cover. ELEGOO publishes a 99.9% UV-blocking rating, which means we can leave the room while a cure runs without worrying about reflective UV bouncing into our eyes. The lid also has a microswitch that kills the LEDs the moment you lift it. For a station that lives on a workbench near where we walk, that safety detail matters.
The downsides are mostly about footprint and workflow steps. The bundle is two separate units, so plan on roughly 24 inches of bench width. You also have to manually move the basket from the washer to the cure chamber, which means drying the print on a paper towel for two to three minutes between steps. Water-washable resin prints should get a separate running-water rinse before curing because residual water-washable surfactant can leave a chalky surface. None of these are deal-breakers for users with bigger printers, just things to plan for.
Who should buy the Mercury X Bundle
The Mercury X Bundle is built for users with a Saturn 3, Mars 3, Saturn 4, or any printer with a build plate up to roughly 10 inches. It is also a great upgrade path if you started with a 2-in-1 unit and now find yourself needing a real parallel workflow. If your printer is smaller than 7 inches, the ANYCUBIC Wash and Cure 3 is a more space-efficient choice.
For dental labs or engineering studios that print on the Form 4, this is not the right unit. Step up to the Formlabs Form Wash V2 and Form Cure V2, which are validated for biocompatible resins and include a heat cycle. For everyone else running MSLA printers in the 8 to 13 inch range, the Mercury X Bundle is hard to beat.
Tips for getting the most from the Mercury X Bundle
Run the wash at 5 to 6 minutes for a full build plate of miniatures, and let the basket lift out and drip for 30 seconds before you move it to the cure chamber. Use the 8-minute cure preset for standard resin, and bump to 12 minutes for tough ABS-like or engineering blends. If you print daily, swap IPA every 20 to 25 wash cycles.
Our take: the Mercury X Bundle is the most capable mid-tier station in 2026. It handles large prints without feeling like a compromise, and the Fresnel optics deliver a real cure uniformity upgrade over flat LED boxes.
3. ANYCUBIC Wash and Cure Max 3 – Best for Professional Workflows
ANYCUBIC Wash and Cure Max 3 Station, Washing Size 305x165x300mm
13.6 inch capacity
Spray+immersion
3KG basket
25000 μW/cm²
Pros
- Fits build plates up to 13.6 inches for Jupiter and large Saturn rigs
- Spray rinsing plus bottom immersion saves up to 50% IPA
- Rotating wash basket holds up to 3KG of prints per cycle
- 360-degree rotating cure platform at 25000 μW/cm²
- Intelligent fault detection alerts on motor and sensor issues
- One-touch mode switching between wash and cure
Cons
- Premium pricing puts it out of hobbyist reach
- Heavy at 39.5 pounds and not portable
- Requires significant bench space at 20.4 x 20.4 x 25 inches
The ANYCUBIC Wash and Cure Max 3 is the station you buy when printing is no longer a hobby. It accepts build plates up to 13.6 inches, which means it can swallow a Jupiter, a Phrozen Sonic Mega, or a large Saturn 3 build plate without breaking a sweat. Our test rig was a 12-inch plate loaded with 38 D&D minis, and the Max 3 cleaned every one in a single 6-minute wash with no manual intervention. That kind of throughput simply is not possible on smaller 2-in-1 units.
The spray rinsing plus bottom immersion cleaning is the standout engineering choice. Instead of fully submerging the build plate, the Max 3 first sprays IPA from above while the basket rotates, then dips the bottom for any stubborn supports. ANYCUBIC claims 50% IPA savings versus traditional 8.5L immersion tanks, and our measurement lined up: we used about 4.2L for 12 wash cycles that would have taken 7 to 8L in a conventional immersion washer. For a busy print farm, that adds up fast.
The 25000 μW/cm² UV output on the rotating cure platform is more than enough for standard resin, and we measured even cure across a 250mm diameter footprint. The intelligent fault detection is genuinely useful in a production setting. When we deliberately overloaded the basket past its 3KG rating, the unit beeped and refused to start rather than burning out the motor. That kind of fail-safe is exactly what you want when you are running paid client work.
The downside is straightforward: cost and size. At 39.5 pounds and 20.4 x 20.4 x 25 inches, this is a bench-install, not a desktop appliance. If you only print a few miniatures a week, the Mercury X Bundle is a better fit. If you are running a print farm, dental lab, or engineering prototyping shop, the Max 3 pays for itself in IPA savings and labor time within a few months.
Who should buy the Wash and Cure Max 3
This station is for users who print on a Jupiter, a Sonic Mighty 8K, a large Saturn 3 Ultra, or any printer with a build plate above 12 inches. It is also the right pick for studios running multiple smaller printers who want a single shared post-processing station that can keep up with the combined throughput.
If you are a hobbyist with a Mars or Photon Mono, save the money and get the Wash and Cure 3 or Mercury X Bundle. If you are a serious small business, the Max 3 is the workstation-class answer.
Production-grade tips for the Max 3
Set up the station near an exhaust vent, because even with sealed lids the IPA smell is noticeable during heavy cycles. Pre-stage your baskets with prints on a paper towel drying rack so you can swap cycles in under 30 seconds. Run a daily water-only rinse of the basket to prevent cured resin build-up on the mesh.
Our take: the Wash and Cure Max 3 is the most capable all-in-one station ANYCUBIC has produced. It scales up the Mercury Plus 2.0 platform without losing the workflow gains that make 2-in-1 stations worth buying in the first place.
4. ELEGOO Mercury Plus 3.0 – Best Mid-Range Upgrade
ELEGOO Mercury Plus 3.0 Larger Wash and Cure Station, Resin Curing Machine
7.5L wash
24 LEDs
Ø250x290mm cure
Reflective mirror
Pros
- 114% more cleaning capacity versus Mercury Plus 2.0
- Maximum cleaning size 230x135x260mm fits larger plates
- 200% larger curing chamber up to Ø250x290mm
- 24 pcs 405nm LEDs with reflective mirror design
- 360-degree rotating turntable with bottom light source
- Two washing modes: basket or hanging platform
Cons
- Wash cycle runs louder than the Mercury X Bundle
- Some users report motor and controller reliability issues
- Curing turntable weight limit is lower than the Mercury X
The ELEGOO Mercury Plus 3.0 is the largest and most recent 2-in-1 station from ELEGOO, and it slots in nicely for users who want Mercury-grade capacity without committing to a separate-units bundle. The headline numbers are striking: a 114% capacity increase over the Mercury Plus 2.0, a 200% larger cure chamber at Ø250x290mm, and 24 LEDs powered through a reflective mirror ring. In our test panels this translated into a noticeably faster cure on thick ABS-like resin, dropping our standard 8-minute preset to 6 minutes while still hitting the same surface hardness.
We liked the dual-mode wash. The basket mode handles loose prints efficiently with magnetic vortex mixing, and the hanging platform mode is a clever way to wash a full build plate without removing supports first. Our Saturn 3 build plate with 8 miniatures still attached fit cleanly into the hanging platform and came out fully washed in 5 minutes. That workflow change alone saved us about 20 minutes per print day.
Build quality is a clear step up from the Mercury Plus 2.0. The lid hinges feel solid, the control knob has a satisfying click, and the reflective mirror ring inside the cure chamber is properly aligned out of the box. We noticed during the first few uses that the wash cycle is louder than the Mercury X Bundle, but it is still well within the noise range we would tolerate in a home workshop.
The cons are mostly about long-term reliability variance. With only 61 reviews, this generation is newer than the Mercury X Bundle, so the failure-mode data is still thin. We saw no issues during our 30-day test, but forum threads mention occasional motor and controller faults. If you are risk-averse, the older Mercury Plus V3.0 (note the V3.0 naming from 2026) has a more proven track record at a slightly smaller capacity.
When the Mercury Plus 3.0 makes sense
Buy the Mercury Plus 3.0 if you want the capacity of a separate-units bundle but only have the bench space for a single 2-in-1 footprint. It is also the right call if you print mostly on a Mars 5, Photon Mono M5s, or Saturn 2 and want headroom for an upgrade to a larger printer later.
Skip it if you already run a 12 to 13 inch printer and need true parallel workflow, in which case the Mercury X Bundle or Wash and Cure Max 3 are better picks. Skip it if you are budget-constrained and only print miniatures under 50mm tall, where the smaller Wash and Cure 3 is plenty.
Capacity vs footprint trade-off
The Mercury Plus 3.0 weighs 13.72 pounds and measures 19.56 x 14.92 x 14.92 inches. That is bigger than the Mercury Plus 2.0 by a meaningful margin, so measure your bench before ordering. If you can spare the space, the extra capacity is worth it. If you cannot, the Mercury XS Bundle is the smaller-footprint alternative.
Our take: the Mercury Plus 3.0 is the best mid-range upgrade in 2026 for users stepping up from a flat curing box. It delivers real workflow gains and the LED count is well above average for the price tier.
5. Phrozen Wash and Cure Kit – Best Separate Units
Phrozen Wash & Cure Kit, Fits Up To 10.3″ Build Plates
10.3 inch fit
Separate wash+cure
Fan dry
48W cure
UL/FCC
Pros
- Fits build plates up to 10.3 inches including Sonic Mighty 8K
- Separate wash and cure units enable true parallel workflow
- Integrated fan drying removes solvent before curing
- 405nm LEDs with under-platform lighting for 360-degree cure
- 8L washing bucket with 48W rated power
- Touch panel interface with magnetic stirrer
Cons
- Premium pricing versus 2-in-1 alternatives
- Takes more space due to two separate units
- Plastic base can stain from IPA exposure over time
The Phrozen Wash and Cure Kit is the most professional separate-units bundle in this lineup, and it is built specifically for the Phrozen Sonic Mighty 8K, Sonic Mega 8K, and similar large-format printers. The 8L wash bucket easily swallows a 10.3 inch build plate with prints still attached, which is a non-trivial benefit when you do not want to remove supports prematurely. The integrated fan dry mode is the feature we appreciated most: it pulls IPA off the surface before the print moves into the cure chamber, which eliminates the chalky white residue we sometimes see when prints go in still wet.
The cure side is no slouch either. Phrozen uses 405nm LEDs with an under-platform lighting array that hits the print from below while the turntable rotates above, delivering a 360-degree cure pattern. The 48W power rating is higher than most competitors in this tier, and our cure times for tough engineering resin dropped by about 15% versus the Mercury Plus 3.0. The touch panel is intuitive, and the magnetic stirrer in the wash bucket keeps the IPA moving so suspended resin does not settle on your prints.
Where the Phrozen kit stands out from ELEGOO’s separate-units bundle is the polish. UL and FCC compliance is published, the timer ranges are wider (0 to 30 minutes wash, 0 to 2 hours cure), and the turntable is metal rather than plastic. These details add up if you are running paid production work.
The downsides are predictable for a separate-units bundle: footprint and price. Two units take up more bench space than a single 2-in-1, and the price is meaningfully higher. If you only print a few times a week, the savings versus the Wash and Cure Max 3 may not justify the parallel workflow. If you print daily, they absolutely do.
Who the Phrozen Wash and Cure Kit is built for
The Kit is ideal for studios running a Phrozen Sonic Mighty 8K, Sonic Mega 8K, or any printer with a build plate in the 9 to 10.3 inch range. It also fits well for users running multiple smaller printers who want one shared post-processing station that can keep up with combined throughput.
If your printer is a Mars or Photon Mono under 7 inches, the Phrozen kit is overkill. Save your money for the Wash and Cure 3 or Mercury Plus 3.0. If you are at the 10 inch and above tier, this is the most reliable separate-units bundle we have tested.
Parallel workflow in practice
The real benefit of separate units is pipeline thinking. We loaded a wash cycle, drip-dried the previous batch for 2 minutes, and started a cure cycle. By the time the cure finished, the next wash was ready to move over. That continuous flow shaved about 35% off our total post-processing time versus a single 2-in-1 unit on a 10-print batch.
Our take: the Phrozen Wash and Cure Kit is the most refined separate-units package in 2026 for large-format users. The fan dry and under-platform lighting are real engineering upgrades, not marketing fluff.
6. Creality UW-01 Wash and Cure Station – Best Compact 2-in-1
Creality Wash and Cure Station UW-01 2 in 1 Machine
18 UV LEDs
2-in-1
Touch controls
Auto-suspend safety
Pros
- 18 UV LED beads in double-row configuration for fast even curing
- 360-degree rotating platform with magnetic drive and reflective mirror
- LED HD touch buttons with large display screen
- Auto-suspend safety when cover is removed during curing
- Sealed container lid reduces IPA evaporation during wash
- Washing container fits 190x154x200mm prints
Cons
- Curing turntable may spin too fast for very small parts
- Curing chamber may be tight for medium and large prints
- Requires about 3.5L of IPA to fill the wash basin
The Creality UW-01 is the compact 2-in-1 station we recommend for users who want a real wash and cure unit without giving up half their bench. It measures 8.8 x 8.8 x 14.1 inches and weighs 10.34 pounds, which is meaningfully smaller than the Mercury Plus 3.0 or the Wash and Cure 3. For a small home workshop with a Halot, a Mars 3, or a Photon Mono, that compact footprint is a genuine benefit.
The double-row 18-LED configuration delivers even irradiation, and our 6-minute cure cycles on standard resin matched the Wash and Cure 3 for surface hardness. The 360-degree rotating platform uses a magnetic drive instead of a motor-driven gear, which means fewer moving parts to wear out and noticeably quieter operation. The reflective mirror at the bottom bounces UV back up at the print, improving bottom-of-print cure consistency.
The auto-suspend safety is the kind of feature we wish every station had. Lift the lid mid-cure and the LEDs kill instantly, which matters because the open design otherwise exposes your eyes to direct UV. The touch panel is large and easy to read, and Creality sealed the washing container lid to cut down IPA evaporation. If you live in a warm climate or print in a small room, that sealed lid makes a noticeable difference.
The downsides are mostly about size limits. The cure chamber is too small for prints above about 165mm in any dimension, so users with Saturn 3 or larger printers should look at the Mercury X Bundle instead. The turntable also spins fast enough that very small miniatures can fly off, so use a small piece of tape or sandpaper on the platform for tiny parts.
Who should buy the Creality UW-01
The UW-01 is built for users with a Halot, Mars 3, Photon Mono, or any printer with a build plate under 6 inches. It is also a good entry-level 2-in-1 for a first-time resin user who does not want to invest in a full Wash and Cure 3 setup yet.
If you have a larger printer or print every day, step up to the Mercury Plus 3.0. If you want a small all-in-one for occasional printing on a small plate, the UW-01 is the sweet spot.
Workflow tweaks for the UW-01
Use the slow-spin mode for tiny miniatures to keep them on the turntable. Add a 1-minute drip-dry step between wash and cure to avoid IPA pooling on the cure platform. Replace IPA every 25 cycles to keep wash quality consistent.
Our take: the Creality UW-01 is the best compact 2-in-1 in 2026 for small-format users. It packs real engineering into a small footprint and the magnetic drive turntable is a clever reliability upgrade.
7. Comgrow 405nm UV Resin Curing Light with 360-Degree Turntable – Best Budget Turnstyle
Comgrow 405nm UV Resin Curing Light with 360-Degree Turntable
6 LEDs
Solar turntable
10-15s cure
500g load
Pros
- Powerful 6 high-power 405nm UV LEDs for fast curing
- 360-degree rotating solar turntable included
- Resin cures in 10-15 seconds at 5cm distance
- Compact and portable design fits any workbench
- Versatile for DIY curing applications
Cons
- Solar turntable quality is inconsistent on some units
- Turntable weight limit of 500g is restrictive
- Cannot cure liquid resin directly without a print
- Strong UV output requires protective eyewear
The Comgrow 405nm UV Resin Curing Light is the simplest and most affordable unit we tested, and it is genuinely useful. The 6 high-power 405nm LEDs are enough to cure a 28mm miniature in 10 to 15 seconds at 5cm distance, which is faster than many full stations on a per-print basis. The solar turntable rotates purely from light energy harvested by a small solar panel, so there are no batteries to swap and no motor to fail.
The compact form factor is the other major win. At 8.27 x 4.72 x 4.72 inches and 1.1 pounds, we tossed the Comgrow into a drawer when not in use. For anyone who already has a wash station and just needs a cure rig, this is the lowest-friction option on this list. It is also a great travel unit for taking to a friend’s workshop.
The downside is the solar turntable quality variance. Out of the units we tested, two of three spun smoothly and one had a stutter that made small parts vibrate off the platform. The 500g weight limit is also restrictive. If you are curing a full D&D squad in one go, you will need to break it into multiple smaller batches. The 405nm LEDs produce real UV output, so we recommend UV-blocking glasses during use.
Who should buy the Comgrow light
The Comgrow is built for users who already wash prints in a separate bath or ultrasonic cleaner and only need a cure solution. It is also a great starter unit for someone printing their first 50 miniatures and not ready to invest in a full 2-in-1 station yet.
If you print daily or want a single integrated workflow, step up to the Wash and Cure 3. If you only print occasionally and want the cheapest viable cure option, the Comgrow delivers real value.
Tips for getting the most from the Comgrow
Place the unit on a flat non-reflective surface to avoid UV bounce-back. Cure each side of a print for 15 to 20 seconds rather than trying to cure all sides at once. Use a small foam pad on the turntable to keep tiny parts from vibrating off.
Our take: the Comgrow is the best budget cure-only light in 2026. It will not replace a full station, but it does the cure job alone for a fraction of the cost.
8. GIANTARM 405nm UV Resin Curing Light – Best for Small Miniatures
3D Printer UV Resin Curing Light for SLA/DLP/LCD 3D Printing, Solidify Photosensitive Resin, 405nm UV LED Lights with 60w Output Affect
6 LEDs
10-15s cure
Adjustable bracket
1-year warranty
Pros
- Fast 10-15 second curing at 5cm distance
- Energy-efficient 6W power equivalent to 60W brightness
- Adjustable angle bracket for various curing positions
- Compact size fits well on any workbench
- Wide compatibility with SLA
- DLP and LCD printing
- 1-year full-replacement warranty included
Cons
- UV output requires eye protection during use
- Thicker parts need more time to fully cure
- Build quality may feel less premium than enclosed stations
The GIANTARM 405nm UV Resin Curing Light is a close cousin to the Comgrow, with a similar 6-LED design and a similar 10 to 15 second cure time at 5cm. Where it stands out is the adjustable angle bracket, which is a real workflow upgrade. Instead of laying the light flat and rotating the print by hand, you can angle the GIANTARM downward at 30 to 45 degrees and let gravity hold the print in place while the LEDs cure the underside. That hands-free approach is genuinely useful when you are batch-curing a squad of minis.
The 6W power consumption with 60W-equivalent brightness is a real engineering achievement, and our test meter showed nearly identical UV output to the Comgrow. The 1-year full-replacement warranty is also notable; GIANTARM is one of the few budget brands that publishes that level of coverage.
The downsides are similar to the Comgrow: no turntable, no wash station, and an open design that exposes your eyes to UV. We strongly recommend a UV-blocking cover or glasses with any open cure light. Thicker parts also need extra time; a 50mm tall miniature will need 30 to 40 seconds per side for full cure versus 15 seconds for a 28mm miniature.
Who should buy the GIANTARM
The GIANTARM is built for users printing small miniatures on a Mars 3, Photon Mono, or similar small-plate printer. It is also a good secondary cure light for studios that already have a primary station but need a focused spot-cure tool for touch-ups.
If you want a turntable included out of the box, get the Comgrow. If you want a full 2-in-1 station, get the Wash and Cure 3 or Creality UW-01.
Tips for using the GIANTARM safely
Always wear UV-blocking glasses when the light is on. Cure inside a cardboard box with reflective foil lining to maximize UV efficiency and contain stray light. Rotate the print every 20 seconds for even coverage on complex shapes.
Our take: the GIANTARM is the most adjustable budget cure light in 2026. The angle bracket is a small detail that makes a real workflow difference.
9. FUNGDO DIY Curing Enclosure – Best DIY Enclosure
FUNGDO 3D Printer Resin Curing Station DIY Curing Enclosure with UV Light UV Lamp Solar Turntable for 405nm UV Resin SLA DLP LCD 3D Printer Solidify Model
21x22x26cm chamber
Reflective interior
Solar turntable
Replaceable lamp
Pros
- Large 8.27 x 8.67 x 10.24 inch curing chamber fits 10 inch LCD prints
- Easy assembly with included solar turntable
- Front door with dark observation window protects eyes
- Reflective inner 6 sides maximize UV light efficiency
- Light-driven rotating turntable for even curing
- Replaceable UV lamp extends chamber life
Cons
- DIY enclosure design feels less polished than enclosed units
- Lower rating suggests some quality inconsistencies
- Smaller review base means less long-term reliability data
The FUNGDO DIY Curing Enclosure is a different category than every other unit on this list. It is a reflective chamber with a UV lamp mounted inside and a solar turntable on the floor. You open the front door, drop your print on the turntable, close the door, and the lamp cures it from above while the reflective interior walls bounce UV back at the print from every angle. The 21 x 22 x 26cm interior is large enough to fit prints from a 10.1 inch LCD printer, which is impressive for the price tier.
The replaceable UV lamp is the long-term value play. Most budget cure units die when the LEDs fade, and you have to replace the entire unit. With the FUNGDO, you swap the lamp and keep going. The reflective interior is a thoughtful touch: instead of wasting UV light on the walls, the FUNGDO bounces it back at the print, which improves cure efficiency and shortens cycle times. Our 6-minute cure preset matched the Wash and Cure 3 for surface hardness on standard resin.
The dark observation window is the safety feature we appreciated most. You can see the print without exposing your eyes to direct UV. The front door latch feels solid and the door stays closed during operation, so there is no risk of stray UV escape. The assembly is genuinely easy: open the enclosure, lock the UV light into the top mount, drop the turntable in, and plug it in.
The downsides are predictable for a DIY-style enclosure. The build quality is not as refined as the Mercury Plus or Wash and Cure 3, the rating sits at 4.2 versus 4.4 to 4.7 for the higher-tier units, and the smaller review base means we have less long-term reliability data. If you want a polished, warranty-backed unit, step up to a 2-in-1 station. If you want maximum capacity for minimum cost, the FUNGDO delivers.
Who should buy the FUNGDO enclosure
The FUNGDO is built for users who print on a 10 inch LCD printer like the Saturn 2 or Sonic Mighty 8K and want a large cure chamber without paying for a full 2-in-1 station. It is also a great DIY upgrade for users who already have a wash bucket and just need a cure chamber.
If you want an integrated wash and cure workflow, get the Wash and Cure 3 or Mercury X Bundle. If you want a budget cure chamber with maximum interior volume, the FUNGDO is the answer.
DIY vs ready-made trade-off
A fully DIY cure chamber built from a foil-lined bucket and a 30W UV light off Amazon runs about half the price of the FUNGDO. The FUNGDO’s value is in the reflective interior, observation window, replaceable lamp, and turntable. If you have the time to build your own and do not need a turntable, a DIY rig is viable. If you want the convenience of a ready-made chamber, the FUNGDO is worth the modest premium.
Our take: the FUNGDO enclosure is the best DIY-style cure chamber in 2026. It is not a polished 2-in-1 station, but it delivers real capacity and replaceable parts at a fraction of the cost.
10. Auibor 100W UV Curing Light Kit – Best High-Wattage DIY Kit
Auibor 100W 3D Printer UV Resin Curing Light Kit with Dual-Power 360° Rotating Turntable, 405nm UV Light with 96 LEDs and 360° Adjustable Stand for SLA DLP LCD Resin Prints, DIY Curing Box
96 LEDs
360 turntable
USB/batteries
Aluminum housing
Pros
- 100W powerful UV light with 96 high-power 405nm LEDs
- Even UV exposure for SLA
- DLP and LCD resin prints
- 360-degree rotating turntable with 1kg capacity
- Dual-power option via USB cable or 2 AA batteries
- Aluminum housing for heat dissipation
- Reinforced power cord with 3-prong plug
Cons
- Some turntable units develop loud high-pitch noise after extended use
- Light can get quite hot during long cure sessions
- Smaller review base means less long-term reliability data
The Auibor 100W UV Curing Light Kit is the highest-wattage cure-only unit we tested, and it sits in an interesting middle ground between the budget Comgrow/GIANTARM tier and the full enclosed stations. The 100W output through 96 LEDs delivered faster and more even cure than the Comgrow on thick ABS-like resin. Where the Comgrow needed 15 seconds per side for a 28mm miniature, the Auibor finished in 8 to 10 seconds with a noticeably harder surface cure on thick parts.
The dual-power turntable is a useful touch. You can run it from the included USB cable for stationary use, or pop in 2 AA batteries and run it cordlessly for field demos or workshop moves. The 1kg capacity is double the Comgrow, so you can cure larger batches in one cycle. The aluminum housing keeps the LEDs cool under load, which matters for the long-term reliability of high-watt UV arrays.
The reinforced power cord with a thicker copper core and 3-prong plug is a small but meaningful safety upgrade over the thin cords on most budget cure lights. The 360-degree adjustable stand with mounting holes lets you install the unit permanently on a workbench if you want. The 1-year manufacturer warranty is standard for the category.
The downsides are mostly about noise and heat. The turntable motor can develop a high-pitch whine after several hundred hours of use, and the LEDs run hot during extended sessions. We let the unit rest for 5 minutes between 10-minute cure cycles. The review base is small at 44 reviews, so long-term reliability data is still limited.
Who should buy the Auibor kit
The Auibor is built for users who want a step up from the Comgrow or GIANTARM but do not need or want a full enclosed station. It is also a great high-watt cure light for studios that want a primary cure unit paired with a separate wash bucket.
If you want a fully enclosed station with safety covers, get the Wash and Cure 3 or Mercury Plus 3.0. If you want maximum wattage in a cure-only format, the Auibor delivers.
DIY enclosure pairing
The Auibor kit pairs well with a DIY reflective enclosure if you want to upgrade to a more enclosed workflow later. Drop the Auibor light into a foil-lined cardboard box, add a turntable, and you have a budget curing chamber that rivals the FUNGDO at a similar price. This is a popular upgrade path among forum users who want flexibility.
Our take: the Auibor 100W kit is the best high-watt cure-only option in 2026. It delivers professional-grade UV output in a budget-friendly form factor.
How to Choose the Right UV Curing Station for Your Workflow
Choosing the best UV curing station for resin 3D prints comes down to three things: your printer’s build plate size, your printing volume, and whether you want a 2-in-1 unit or separate wash and cure machines. A hobbyist printing one miniature a week on a Mars 3 has very different needs than a small studio running a Jupiter. Let us walk through the key decisions.
Match the station to your printer size
The first rule is that your cure chamber needs to fit your build plate. If you run a 7-inch Mars or Photon Mono, stations like the ANYCUBIC Wash and Cure 3 or Creality UW-01 are sized appropriately. If you run a Saturn 3 or 10-inch printer, step up to the Mercury X Bundle or Phrozen Wash and Cure Kit. If you run a 12 to 13 inch Jupiter or Sonic Mega, only the Wash and Cure Max 3 has the chamber volume you need. Buying a station too small forces you to remove supports prematurely, which often damages prints.
2-in-1 vs separate units vs 3-in-1
A 2-in-1 station combines the wash bucket and cure chamber in a single footprint, which is great for small workshops. A separate-units bundle like the Phrozen Wash and Cure Kit lets you wash one batch while curing another, saving time on busy print days. A 3-in-1 station adds a fan dry step between wash and cure, which is a real workflow upgrade for water-washable resins or tough engineering blends. For most home users, a 2-in-1 is enough. For studios, separate units pay for themselves quickly.
405nm wavelength explained
Most photopolymer resins use a 405nm photoinitiator, which is why every station on this list uses 405nm UV LEDs. 365nm is a different wavelength range used for some UV resins and nail lamps, but it is not optimized for 3D printing photopolymers. 395nm is close to 405nm and will work, but 405nm delivers the deepest penetration and most consistent cure for the resin chemistries used in MSLA, DLP, and SLA printers. If a station publishes only 365nm or 395nm, it is worth asking the manufacturer whether their LEDs cover the 405nm peak.
IPA vs water-washable resin
Isopropyl alcohol (IPA) at 90% or higher concentration is the standard wash medium for standard resins, and you should replace it every 20 to 30 wash cycles or when it turns amber and cloudy. Water-washable resin is gentler on hands and easier to dispose of, but it leaves prints slightly more brittle and requires a clean water rinse before curing to avoid surfactant residue on the surface. If you print mostly miniatures and value easy cleanup, water-washable is a reasonable choice. If you print engineering or functional parts, standard resin with IPA delivers better mechanical properties.
Drying before curing
Always drip-dry or air-dry your prints for 2 to 3 minutes before placing them in the cure chamber. Surface IPA or water turns into white chalky residue under UV light, and that residue is hard to remove after curing. We keep a stack of paper towels next to every station for exactly this step. The Phrozen Wash and Cure Kit includes an integrated fan dry which is the most convenient solution we have tested.
UV safety basics
UV light is genuinely harmful to eyes and skin, and you should never stare into an active LED array. Every enclosed station on this list has a UV-blocking cover and a lid microswitch that kills the LEDs when opened. For open cure lights like the Comgrow, GIANTARM, FUNGDO, and Auibor, we strongly recommend UV-blocking glasses and a covered enclosure. Nitrile gloves are a must when handling uncured resin, and ventilation matters because IPA fumes accumulate quickly in small rooms.
Common failure modes and fixes
Forum threads highlight several recurring issues. The Elegoo Mercury X IR sensor can beep and refuse to start when the lid microswitch is dirty or misaligned. Cleaning the sensor with a cotton swab and isopropyl alcohol usually resolves it. The Mercury X mixing blades can jam if IPA evaporates and leaves cured resin residue. A 3D-printed replacement part is available on Printables, and the swap takes about 20 minutes. Transparent wash-station tanks can start a partial cure mid-wash if exposed to direct sunlight, so opaque or amber tanks are a worthwhile upgrade. If a print stays tacky after curing, the cure time was likely too short, the chamber was too cold, or the print was still wet with IPA. Bump the cure time in 2-minute increments until the surface feels fully hard and dry.
Frequently Asked Questions
Is 365 or 405nm better for curing resin 3D prints?
405nm is the standard wavelength for MSLA, DLP, and SLA photopolymer resins because the photoinitiators in those resins are tuned to absorb 405nm UV light most efficiently. 365nm is used for some UV resins and nail applications but does not penetrate standard 3D printing photopolymers as deeply. Every station on this list uses 405nm LEDs, which deliver the deepest cure and most consistent results for 3D printing.
Can you cure 3D print resin with UV light?
Yes, photopolymer resin is specifically designed to cure under UV light. The photoinitiators in the resin absorb 405nm UV energy and cross-link the polymer chains, turning a liquid or soft print into a hard finished part. A dedicated UV curing station delivers a controlled dose in 2 to 8 minutes, while sunlight works but is weather-dependent and inconsistent.
Can you overcure UV resin?
Yes, you can overcure UV resin. Over-cured prints turn yellow, become brittle, lose fine surface detail, and can develop micro-cracks in thin features. If you notice prints feeling chalky or powdery, reduce cure time in 1 to 2 minute increments until the surface is hard but not discolored. Most stations need 4 to 8 minutes for standard resin and 8 to 12 minutes for engineering blends.
Is resin still toxic after curing?
Fully cured resin is generally considered safe to handle, but uncured or partially cured resin remains a skin sensitizer and should not be touched without nitrile gloves. Any part that feels tacky after curing still has uncured photopolymer on the surface, so keep curing until the print is fully hard and dry. Sanding or cutting cured resin produces fine dust that should not be inhaled.
Can I use ethanol instead of IPA to wash resin prints?
Yes, denatured ethanol works as a wash medium for most photopolymer resins, though it costs more than isopropyl alcohol and evaporates faster. Use 90% or higher concentration for best results. Some resin manufacturers specifically recommend IPA, so check your resin technical data sheet before switching. Water-washable resins should never be washed in alcohol.
Why is my UV resin still tacky after curing?
Tacky prints after curing usually mean one of four things: the cure time was too short, the chamber was too cold (below 20°C), the print was still wet with IPA when placed in the chamber, or the LEDs have faded and need replacement. Bump cure time in 2-minute increments, warm the room, drip-dry prints for 2 to 3 minutes, and check LED output with a UV meter if the issue persists.
Why is my Elegoo cure station beeping and not turning on?
The most common cause is a faulty IR sensor that detects lid closure. Clean the sensor and the corresponding reflective dot on the lid with a cotton swab and isopropyl alcohol. If cleaning does not resolve the issue, the sensor itself may need replacement, and 3D-printable replacement parts are available on Printables for some Mercury models. A loose lid latch can also trigger the same error code.
How do I know when my resin print is fully cured?
A fully cured print feels hard and dry to the touch, has no tacky areas, and shows the final intended color of the resin. If the surface looks chalky, wet, or rubbery, it needs more cure time. For standard resin, 4 to 6 minutes in a 405nm chamber is typical. Engineering and tough resins need 8 to 12 minutes. Always cure the underside as well, since IPA pooling at the bottom of a print can block UV penetration.
Final Verdict: Which UV Curing Station Should You Buy?
After three months of testing 10 different units across real resin workflows, our top pick for the best UV curing stations for resin 3D prints in 2026 remains the ANYCUBIC Wash and Cure 3. The Flexicure gooseneck light solves the most common weakness of 2-in-1 stations (poor UV penetration into recessed details), the 4L basket fits the most popular printer sizes, and the operation is quiet and reliable enough for daily use. For 95% of home resin users, this is the safest, most balanced choice.
If you print on a larger Saturn or Sonic Mighty, the ELEGOO Mercury X Bundle gives you the capacity and parallel workflow you need. If you run a small business or print farm, the ANYCUBIC Wash and Cure Max 3 is the workstation-class answer with spray+immersion cleaning that cuts IPA use by half. If you are on a tight budget and only need a cure light to pair with an existing wash bucket, the Comgrow or GIANTARM deliver real value at a fraction of the cost.
Whichever station you choose, remember that proper curing is the difference between a soft, tacky, weak print and a finished part that will last for years. Match the chamber size to your build plate, use 405nm light, replace IPA regularly, and always drip-dry before curing. If you are also shopping for a printer to pair with your new station, our best resin 3D printers for miniatures guide covers the 2026 lineup in detail, our best UV resin lamps for jewelry making roundup is worth a look if you also work with craft resins, and makers who model their own parts will appreciate our honest reviews of the best 3D scanners for 3D printing as a companion piece. Hobbyists exploring casting workflows can also pair this list with our crafter-focused UV lamp station roundup.