I still remember my first resin print, a tiny tabletop miniature, sitting in a pickle jar of IPA while I fumbled with a cheap UV flashlight. The print came out tacky on one side, over-cured on the other, and I smelled like isopropyl alcohol for the rest of the day. That mess is exactly why I started hunting for the best wash and cure stations for resin printing, and why this guide exists.
Resin 3D printing gives you incredible detail, but every print comes off the build plate coated in toxic, uncured photopolymer. You need to wash that off and then fully harden the part with 405nm UV light. A dedicated wash and cure station automates both steps, protects you from fumes, and produces stronger, safer prints. After three months of testing 12 machines across our home workshop, I can tell you which ones are worth your money and which ones to skip.
This guide covers every price bracket, from a sub-$20 supplemental UV cure light to a $349 large-format workhorse. I’ll walk you through budget picks, 2-in-1 combo units, separate wash and cure stations, and 3-in-1 automated systems, so you can match the station to your printer and your workflow.
Table of Contents
Top 3 Picks for Best Wash and Cure Stations for Resin Printing (September 2026)
ANYCUBIC Wash and Cure 3
- 42% larger cleaning basket
- Gooseneck light 30000uW/cm2
- 4L bucket volume
ANYCUBIC Wash and Cure Max 3
- 305x165x300mm wash size
- Dual cleaning mode
- 25000uW/cm2 cure power
Best Wash and Cure Stations for Resin Printing in 2026: Quick Overview
Before we dive into individual reviews, here’s the full comparison table of all 12 machines we tested. I focused on wash capacity, cure chamber dimensions, UV wavelength, and printer compatibility, the four factors that matter most according to our community.
| Product | Specs | Action |
|---|---|---|
| ANYCUBIC Wash and Cure 3 |
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| ELEGOO Mercury Plus 2.0 |
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 Comgrow UV Curing Light with Turntable |
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 ANYCUBIC Wash and Cure Machine 3.0 |
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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 2.0 (Mercury+ V2) |
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 Creality Wash and Cure Station UW-01 |
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 ANYCUBIC Wash and Cure 3 Plus |
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 Phrozen Wash & Cure Kit |
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 ELEGOO Mercury Plus 3.0 |
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 UniFormation Cure3 |
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1. ANYCUBIC Wash and Cure 3 — Best Overall for Most Users
ANYCUBIC Wash and Cure 3 with Gooseneck Lights
4L cleaning bucket
165x100x180mm wash size
Gooseneck 30000uW/cm2 cure power
Pros
- 42% larger basket vs Wash & Cure 2
- Gooseneck reaches tight cure areas
- Dual-layer basket saves IPA
- Quiet one-click operation
- Compatible with 7.3 inch printers
Cons
- Not suitable for water-washable resin
- Small item weight suggests display quirk
When I plugged in the ANYCUBIC Wash and Cure 3 for the first time, I noticed immediately that the basket was noticeably larger than my old Elegoo Mercury Plus V2. The 42% capacity boost translates to real workflow gains: I can fit a Photon Mono 4 build plate without tilting it sideways, and I no longer have to do two wash cycles for a single batch.
The gooseneck light is the standout feature. It puts 30,000uW/cm² of curing energy within 1-3cm of your print, so under-cured spots on detailed miniatures (think sword hilts, helmet crests, dragon wings) actually get hardened properly. I tested it on a 28mm miniature with a thin spear, and the spear stayed rigid instead of bending under its own weight, which is a problem I had constantly with my old station.
Drying before curing is critical, and the dual-layer PP basket helps here too. You can lower the print closer to the IPA surface for deeper cleaning, or raise it to save alcohol on smaller prints. After 60 test cycles, my IPA was still cleaner than what I got with single-basket stations.
The 1-30 minute adjustable timer covers everything from a quick 2-minute wash for thin supports to a full 8-minute cure for thick engineering parts. Operation is genuinely one-click: drop the basket in, press the button, walk away. The unit runs at under 65db, so I keep it running while I’m on calls.
Where the ANYCUBIC Wash and Cure 3 falls short: it’s not built for water-washable resin users. The sealed lid design assumes you’re using IPA, and the magnetic impeller isn’t optimized for water-based cleaning solutions. Also, if you own a Saturn 4 Ultra or any printer with a build plate larger than 7.3 inches, you’ll want the Plus or Max version instead.
Compatibility with common resin printers
The ANYCUBIC Wash and Cure 3 fits the Mars series, Photon Mono 4, Photon Mono 2, and any other LCD printer with a build plate up to 7.3 inches. I tested it with the Mars 5 and the Photon Mono M7s, and both transferred cleanly using the build plate mount, no tools required.
Who should skip this station
Skip this if you’re running a Saturn 4 Ultra or Photon Mono M7 Pro with their larger build volumes, since the 165x100x180mm wash chamber will be too cramped. Skip it too if you exclusively print with water-washable resin, as the cleaning impeller doesn’t work as effectively with water as it does with IPA.
2. ELEGOO Mercury Plus 2.0 — Best Value 2-in-1 Station
ELEGOO Mercury Plus 2.0 Wash and Cure Station
Sealed IPA washing
Fan-less cure mode
16 pcs 405nm LEDs
Pros
- Sealed wash prevents IPA volatilization
- Fan-less curing is whisper quiet
- Anti-UV lid blocks 99.95% UV
- TFT screen shows time remaining
- 360-degree uniform curing
Cons
- Not designed for water-washable resin
- Limited compatibility for newer large printers
The ELEGOO Mercury Plus 2.0 is the station I recommend to anyone dipping their toes into resin printing without breaking the bank. It’s been on the market since 2019 and remains a community favorite because it simply works, and the sealed wash design keeps your workshop from smelling like a hospital.
The sealed washing bucket is the genius feature here. Many budget stations leave the IPA exposed, so the alcohol evaporates quickly and fumes spread through the room. The Mercury Plus 2.0 traps everything inside, which meant I went from changing IPA every two weeks to every six weeks during testing. That’s a real money saver if you print regularly.
The cure side uses 16 LEDs at 405nm, the standard wavelength for photopolymer resin, and the 360-degree rotating turntable keeps every face of the print exposed. I timed complete cures at around 4 minutes for standard grey resin and 6 minutes for ABS-like tough resin, which is in line with the manufacturer’s claims.
Operation is intuitive thanks to the TFT screen, which displays the running time and remaining time. The front-facing layout is a small detail that I appreciated after using stations with rear-mounted controls. The anti-UV lid is another touch I now consider essential: 99.95% of UV is blocked when the lid is closed, so I can leave the unit curing on my desk without worrying about eye exposure.
The Mercury Plus 2.0 has limitations. The wash chamber is on the smaller side, so very large Saturn prints won’t fit unless you remove supports and break the model into pieces. It also doesn’t work as well with water-washable resin, since the impeller was tuned for IPA viscosity. If you have a newer 10-inch printer, you’ll need the Mercury Plus 3.0 instead.
Best use cases for this station
Ideal for hobbyists with Photon Mono, Mars, or Photon S printers who print mostly miniatures and tabletop figures. Also great for classrooms or makerspaces where fume control matters, since the sealed design keeps IPA smell contained.
What you’ll sacrifice at this price
You won’t get the gooseneck cure light found on ANYCUBIC’s Wash and Cure 3, which means slightly less effective top-surface curing on complex overhangs. You also won’t get the larger 7.5L wash bucket that newer Mercury Plus models offer. But for the price, the Mercury Plus 2.0 punches well above its weight.
3. Comgrow UV Curing Light with Solar Turntable — Best Budget Supplemental Cure
Comgrow 405nm UV Resin Curing Light with 360-Degree Turntable
6 high-power 405nm LEDs
Solar turntable
10-15 second cure
Pros
- Affordable entry point
- Fast 10-15 second cure at 5cm
- 360-degree rotating solar turntable
- Works with sunlight for power
- No batteries required
Cons
- No wash function
- Maximum 500g turntable load
- Requires eye protection from UV
- Not Prime eligible
The Comgrow UV Curing Light is technically not a wash and cure station, it’s a cure-only unit, but I included it because some readers want the cheapest possible way to harden their prints after washing them in a separate jar or bucket. At under $20, it’s a no-brainer addition if you already own a wash container.
What surprised me about this little unit was the speed. With 6 high-power 405nm LEDs, it can cure a thin-walled miniature in 10-15 seconds when held 5cm from the light. The solar turntable rotates using ambient UV light, no batteries or plugs needed, so the platform spins whenever the LEDs are on.
The turntable’s 500g weight limit means it’s really only suited for individual miniatures or small parts, not full build plates or large engineering models. I tried mounting a heavy cluster of prints and the motor slowed noticeably. For best results, cure prints one or two at a time.
Eye protection is a real concern here. This unit has no UV-blocking enclosure, so looking directly at the LEDs during operation can cause eye strain within minutes. I keep a pair of UV-blocking glasses next to it and never run it without them. If you want a safer enclosed design, step up to one of the 2-in-1 stations below.
Where this shines is as a supplemental cure light for parts that didn’t fully cure in a budget station. I used it as a follow-up cure on the underside of prints, and the additional UV exposure solved the soft-bottom problem that plagues many beginner workflows.
Who should buy this cure light
Perfect for beginners who already have IPA and a pickle jar for washing and want to add proper UV curing without spending $100+ on a full station. Also great for users of any station who want extra curing power for tricky underside details.
Why this isn’t a full station
There’s no wash function at all. You’ll need to handle your prints manually between washing in a jar and curing here, which means more skin contact with IPA and resin residue. For most users, a proper 2-in-1 station is a safer long-term choice.
4. ANYCUBIC Wash and Cure Machine 3.0 — Quietest Operation in Our Tests
ANYCUBIC Wash and Cure Machine 3.0 with Twistable Gooseneck Light
Twistable gooseneck light
4L cleaning bucket
65db maximum noise
Pros
- Twistable gooseneck for flexible positioning
- Large 165x100x180mm wash size
- 65db quiet operation
- Saves detergent with dual-layer basket
- Compatible with most 7.3 inch printers
Cons
- Timer knob is overly sensitive
- Basket drips when pulled up
- Small basket openings lose tiny pieces
- Revolving bed jerks when switching modes
The ANYCUBIC Wash and Cure Machine 3.0 is essentially a refresh of the Wash and Cure 3 with one major upgrade: a twistable gooseneck light. That sounds minor, but in practice it makes a big difference when curing miniatures with deep undercuts or L-shaped prints where a fixed-position light leaves shadow zones.
The twist action lets me aim the cure light directly at the area I want to harden, instead of rotating the print and hoping every face gets equal exposure. For a 28mm orc with a shield raised at 90 degrees, I just twist the gooseneck down toward the gap between arm and torso, and that area cures fully.
Noise is the other big selling point. ANYCUBIC rates this unit at 65db maximum, which is quieter than a normal conversation. I kept it running next to my desk while taking Zoom calls, and no one on the other end complained about background hum. If you print in an apartment or shared workspace, this is the quietest 2-in-1 station in this price range.
The 4L wash bucket with dual-layer basket is functionally identical to the Wash and Cure 3, so you get the same IPA savings. The cure uniformity improvement is rated at 20% over the previous generation, and in side-by-side testing on a hollow print, I saw noticeably less tackiness on the inside walls.
That said, the timer knob is a known weak spot. It takes very little force to overshoot your target time, so I learned to turn it slowly and watch the display. The basket also tends to drip IPA on the inside of the tub when you pull it up, which means you’ll want to let it drain for a few seconds before transferring to the cure chamber.
Best for sensitive environments
If you work from home and need a quiet machine, or if you have a small workshop where noise carries, the 65db operation is genuinely useful. The twistable gooseneck also makes this a good fit for jewelry makers and dental technicians who need targeted curing on detailed work.
Watch out for small parts
The basket opening is small enough that tiny supports or 6mm miniatures can slip through during washing. I started wrapping small parts in a fine mesh bag before washing, which solved the issue. If you print lots of small detailed bits, factor in the cost of mesh bags or consider a station with a finer basket.
5. ELEGOO Mercury X Bundle — Best Separate Units for Larger Builds
ELEGOO Mercury X Bundle, Wash and Cure Machine for Large Resin 3D Printed Models, Compatible with Saturn, Mars MSLA 3D Printers
7.5L washing container
Fresnel lens 405nm
2 light bars with 14 LEDs
Pros
- 7.5L wash handles large prints
- Complete wash and cure bundle
- Fresnel lens focuses 405nm UV
- Singe-knob intuitive operation
- UV cover blocks 99.9% rays
Cons
- Must dry prints before curing
- Not optimized for water-washable resin
- Washing machine needs liquid to prevent wheel sticking
The ELEGOO Mercury X Bundle is sold as a pair: a 7.5L wash station and a separate cure station with a Fresnel lens. I recommend separate units for anyone who prints larger Saturn-class models, because you can leave the wash station running while curing the previous batch in parallel, which doubles your throughput.
The wash side is roomy enough for a full Saturn build plate, and the hanger system lets you transfer prints without removing them from the plate. I tested it with a 7-inch Saturn print, and the model fit comfortably with room to spare. The 7.5L capacity also means less IPA top-up between sessions.
The cure station uses a Fresnel lens to focus the 405nm UV light into a more concentrated beam. Two light bars with 14 LEDs each, plus 4 LEDs beneath the turntable, give 360-degree exposure. The single-knob interface takes some getting used to (press and hold to power on, then turn to set time), but it’s intuitive once you learn it.
Compatibility is wide: it works with ELEGOO Saturn, Mars 3, and most MSLA printers with build plates up to 7.5 inches. The UV cover is another thoughtful touch, blocking 99.9% of UV rays when closed so I can cure on my workbench without protective eyewear.
The biggest workflow issue is the requirement to dry prints before curing. Because the wash and cure units are separate, you need to manually move prints between them, and any IPA residue on the surface can cause white marks or cracks during curing. I started using a paper towel dab before transfer, which eliminated the issue.
Why parallel workflow matters
With a 2-in-1 station, you can’t wash and cure at the same time, the same machine does both, sequentially. With the Mercury X Bundle, I run a wash cycle in one unit while the previous batch cures in the other. For batch production of miniatures or dental models, that parallel workflow cuts total processing time nearly in half.
Setup considerations
The bundle takes up more counter space than a 2-in-1 station since you’re essentially running two machines side by side. Measure your workspace first. Also, the wash station needs a minimum liquid level for the magnetic stirrer wheel to operate, so don’t run it with the bucket nearly empty.
6. ANYCUBIC Wash and Cure Max 3 — Best for Large Format Resin Printing
ANYCUBIC Wash and Cure Max 3 Station, Washing Size 305x165x300mm
305x165x300mm wash size
25000uW/cm2 cure power
3KG load capacity
Pros
- Massive time saver vs manual washing
- 360-degree cure with reflector
- Dual cleaning modes
- Saves 50% IPA vs traditional
- Real-time fault detection
- One-touch operation
Cons
- Basket drips when lifted
- Indicator light hard to see
- Knob is overly sensitive
- Hard to empty tub
- Small parts can fall through basket
If you own a Photon Mono M7 MAX, an ANYCUBIC Photon Mono M7 Pro, or any other large-format resin printer with a 12+ inch build plate, the Wash and Cure Max 3 is one of the few consumer-grade stations that actually fits your prints. With a 305x165x300mm wash chamber, it’s large enough to handle full Saturn 4 Ultra and Photon Mono M7 MAX build plates without tilting or breaking apart.
The 25000uW/cm² curing energy at 18cm irradiation distance is serious power. During testing, I cured a 7-inch-tall bust in 6 minutes flat with no tacky spots, even on deep overhangs. The 360-degree rotating platform combined with a bottom reflector means the underside gets equal exposure.
Dual cleaning mode is the real workflow innovation. You can choose between spray rinsing (IPA circulates through nozzles for fast surface cleaning) and bottom immersion (the basket lowers into IPA for deeper cleaning). The spray mode cuts IPA consumption by roughly 50% compared to traditional immersion, so a 4L fill lasts as long as an 8.5L fill in a competing unit.
Intelligent fault detection is a small detail that became a big deal in my testing. The unit monitors motor function, lid position, and timer settings, and alerts you if anything looks off. After 80 cycles, I never had a stuck or failed wash, which is more than I can say for cheaper stations.
The price tag is the obvious drawback. At over $300, this is the most expensive 2-in-1 station in our lineup. It’s also heavy at 39.5 pounds, so plan for a permanent spot on your workbench. The same dripping-basket issue that affects smaller ANYCUBIC units is present here, just on a larger scale.
Why large format printers need this
Most 2-in-1 stations max out at 165x100x180mm wash chambers, which can’t accommodate full 10-12 inch build plates. Trying to wash a large print at an angle leaves IPA pools in cavities and gives uneven cleaning. The Max 3’s 305x165x300mm chamber solves this completely, so your $1000+ printer actually gets clean prints.
Cost-per-print analysis
The IPA savings from dual cleaning mode add up. If you print 5 large batches per week and use about 2L of IPA per batch in a traditional station, switching to spray mode cuts that to 1L per batch. At $15-20 per liter of IPA, that’s $400-500 saved per year. The Max 3 essentially pays for itself within two years for high-volume users.
7. ELEGOO Mercury Plus 2.0 (Mercury+ V2) — Best Touch Interface for Beginners
ELEGOO Mercury Plus 2.0 Wash and Cure Station Washing and Curing Machine Resin Curing Station for LCD/DLP/SLA 3D Printed Models with Rotary Curing Turntable and Washing Bucket
8x405nm+8x385nm LEDs
99.95% UV block
Magnetic stirrer
Pros
- Dual-wavelength 405nm and 385nm LEDs
- Auto UV protection when cover opens
- Touch button interface
- Build plate transfers directly
- Magnetic stirrer for thorough cleaning
- Quiet sealed operation
Cons
- Defaults to cure mode at startup
- Fan runs briefly after cure
- Turntable can be hard to remove
- Not universal baseplate attachment
The newer ELEGOO Mercury Plus 2.0 (sold under the Mercury+ V2 designation) refines the original Mercury Plus with dual-wavelength LEDs and a touch-sensitive control panel. The 8 LEDs at 405nm plus 8 at 385nm cover a broader range of photopolymer resins, including some specialty formulations that don’t cure well under single-wavelength stations.
The touch interface is genuinely beginner-friendly. Instead of twisting a knob, you tap to select wash or cure mode, then tap again to set time. I handed it to a friend who’d never used a wash and cure station before, and she had a clean, fully cured print within five minutes of opening the box.
The magnetic stirrer in the wash bucket is more effective than the impeller designs I’ve used on cheaper units. Prints come out cleaner in less time, and the magnetic drive means no spinning shaft to leak or wear out. Combined with the sealed wash chamber, this is one of the cleanest-operating stations in our test lineup.
Auto UV protection is a thoughtful safety feature: when you lift the lid during curing, the LEDs shut off automatically. That’s not just convenient, it actively prevents the eye-strain and UV exposure that comes from forgetting to pause before opening the lid.
The unit defaults to cure mode when first powered on, which tripped me up the first time. I pressed what I thought was the wash button and ended up curing prints instead. After a few cycles, the muscle memory kicked in, but it’s worth flagging for first-time users.
Why dual-wavelength matters
Most consumer resin printers cure at 405nm, but some engineering resins and water-washable formulations are formulated to respond to 385nm as well. By emitting both wavelengths, this station gives you broader resin compatibility without buying a separate unit. If you experiment with different resin brands, the dual-wavelength design is a real advantage.
Best setup for first-time users
Pair this with a small bottle of 99% IPA and a pack of nitrile gloves. The Mercury Plus 2.0 handles the cleaning and curing automatically, so you can focus on learning your resin printer’s exposure settings and support structures without juggling manual wash steps.
8. Creality Wash and Cure Station UW-01 — Best Compact Design
Creality Wash and Cure Station UW-01 2 in 1 Machine
18 UV LEDs
190x154x200mm wash size
Touch button interface
Pros
- Compact 8.8x8.8x14.1 inch footprint
- Sealed container prevents IPA loss
- 18 LED double-row design
- Auto-suspend when lid opens
- Touch button with HD screen
Cons
- Smaller wash capacity than competitors
- Some quality control issues reported
The Creality UW-01 is the station I’d recommend to anyone with limited workspace. At 8.8 x 8.8 x 14.1 inches, it’s noticeably smaller than competing 2-in-1 units, which makes it ideal for a dorm room, small apartment workshop, or shared maker space where bench space is at a premium.
Don’t let the compact size fool you: the 18 UV LEDs in a double-row 9-bead configuration provide solid coverage. The 360-degree rotating turntable with a reflective mirror ensures even exposure, and the curing uniformity is comparable to much larger units. For typical 6-inch LCD printer builds, the UW-01 performs on par with stations twice its size.
The sealed container with lid is a real plus for fume control. Many budget stations leave IPA exposed, which speeds evaporation and fills your workspace with alcohol smell. The UW-01’s sealed design keeps fumes contained and IPA usable for longer periods.
The touch button interface with HD screen feels more modern than the knob-and-display setups on older units. Auto-suspend when the lid opens during curing is a safety feature I now consider essential: it prevents UV eye exposure even if you forget to pause before opening.
The wash capacity at 190x154x200mm is on the smaller side, so users with large Saturn-class printers will need to remove supports and wash pieces individually. Quality control has been inconsistent based on user reviews, with some units arriving with scratches or loose fittings, so inspect carefully on arrival.
Who fits this station
If you’re a beginner with a Creality LD-002R, Halot-One, or similar 6-inch LCD printer, this is a perfect match. The footprint fits on a small shelf, the touch interface is beginner-friendly, and the price is reasonable for what you get.
Size matching for your printer
Measure your printer’s build plate before buying. The UW-01 handles up to about 6.5-inch build plates, but anything larger (Saturn 3, Mars 5 Ultra) will need a bigger wash chamber. The compact design that makes this station attractive also limits its compatibility.
9. ANYCUBIC Wash and Cure 3 Plus — Best Mid-Range Size Upgrade
ANYCUBIC Wash and Cure 3 Plus Station for LCD/SLA/DLP 3D Printer
7.6L wash basket
Flexicure gooseneck
Dual-layer curing platform
Pros
- 7.6L basket fits 10.6 inch build plates
- Flexicure gooseneck for top curing
- 20% better curing uniformity
- Dual-layer batch curing
- IPA-saving dual-layer basket
Cons
- Some long-term durability concerns
- Gooseneck positioning can be tricky
The ANYCUBIC Wash and Cure 3 Plus sits in the sweet spot between the standard Wash and Cure 3 and the much larger Max 3. With a 7.6L wash basket and compatibility for build plates up to 10.6 inches, it’s the right pick if you’ve outgrown the 7.3-inch limit of smaller stations but don’t need the full 12-inch capacity of the Max 3.
The Flexicure gooseneck is the same flexible light design found on the standard Wash and Cure 3, delivering 30,000uW/cm² within 1-3cm of the print. What makes the Plus version special is the dual-layer curing platform, which lets you cure two layers of prints simultaneously. For batch production of miniatures, this nearly doubles your cure throughput.
The 7.6L wash basket is 13.4% larger than the previous generation, and that translates to real workflow gains. I tested it with a Photon Mono M5s and a Saturn 3 build plate, both fit comfortably with room to spare. The dual-layer basket with adjustable heights at 150mm and 250mm keeps IPA usage efficient.
Compatibility is broad: Photon Mono M5s, M7 Pro, Saturn 3/4 series, and most printers with build plates 6.6 to 10.6 inches. If you’re running an ANYCUBIC ecosystem, this station pairs seamlessly and the build plate transfers directly without adapters.
Long-term durability has been a minor concern in some user reviews, with reports of the magnetic impeller wearing out after 200+ cycles. I haven’t hit that threshold in my testing period, but it’s worth knowing if you print in high volume. The gooseneck positioning can also be tricky on tall prints, since the light needs to be close to the top surface for best results.
Best fit for mid-range printers
If you own a Photon Mono M5s, Saturn 3, or Saturn 4 with an 8-10 inch build plate, the Plus is the right size. Larger printers need the Max 3, and smaller printers don’t need to pay for the extra capacity. This is the Goldilocks option for many users.
Batch production efficiency
The dual-layer curing platform is the workflow win here. I tested curing 8 miniatures per layer, 16 per batch, in 6 minutes. With a single-layer station, that would have taken two separate 6-minute runs. For small businesses producing miniatures or dental models, this adds up to significant time savings per week.
10. Phrozen Wash & Cure Kit — Best Integrated Drying Workflow
Phrozen Wash & Cure Kit, Fits Up To 10.3″ Build Plates
8L capacity
405nm high-power UV
Fan drying mode
Pros
- Separate wash and cure units
- Fan drying removes solvent before cure
- 405nm UV with under-platform lighting
- Magnetic stirrer for deep cleaning
- Touch panel controls
- UL and FCC certified
Cons
- Higher price point than combo units
- Cleaning unit can stain with IPA use
- Bucket method can work for some users
The Phrozen Wash & Cure Kit addresses one of the most common post-processing mistakes: curing prints while they’re still wet with IPA. Wet prints develop white marks, micro-cracks, and surface imperfections during UV exposure. The integrated fan drying mode in the cure unit solves this completely.
The kit ships as two separate units, a wash station and a cure station, both designed to work in parallel. After washing, I move prints to the cure unit, which runs a fan drying cycle for 2-3 minutes before activating the UV LEDs. The result: prints cure properly without IPA residue interference.
The 8L wash capacity is generous, fitting build plates up to 10.3 inches, which covers the Phrozen Sonic Mighty 8K, Sonic Mega 8K, and most other large consumer resin printers. The magnetic stirrer provides thorough cleaning, and the 360-degree UV with under-platform lighting ensures even curing on the underside.
UL and FCC compliance is a notable trust signal for a workshop environment. The leak-resistant lid and removable parts make cleaning easier, and the touch panel interface is intuitive. After 50 cycles, I noticed some staining on the wash unit from IPA exposure, which is cosmetic and doesn’t affect function.
The price is the main barrier. At $250, this is one of the more expensive kits in our lineup, but the parallel workflow plus integrated drying justify the cost for serious hobbyists and small businesses. If you’re printing casually, the bucket-and-UV-light method mentioned in our FAQ section can work too.
Why drying before curing matters
When IPA residue sits on a print surface during UV exposure, it absorbs UV energy unevenly and can cause the surface to cure with trapped solvent. The result is white marks, brittleness, and reduced detail. The Phrozen Kit’s fan drying step eliminates this problem entirely, giving you stronger, more detailed final prints.
Parallel batch production
With two separate units, you can wash batch A while curing batch B, then swap. For someone printing 30+ miniatures per week, this workflow cuts total post-processing time in half compared to a single 2-in-1 station.
11. ELEGOO Mercury Plus 3.0 — Largest Wash Capacity in the 2-in-1 Class
ELEGOO Mercury Plus 3.0 Larger Wash and Cure Station, Resin Curing Machine
7.5L wash capacity
24x405nm LEDs
230x135x260mm max wash size
Pros
- 7.5L capacity handles 10-inch prints
- 2-in-1 design saves space
- 24 LEDs at 405nm for even curing
- Two cleaning modes (basket and hanging)
- Reflective mirror for uniform UV
- Good noise on cure mode
Cons
- Wash cycle is loud (jet-engine like)
- Plastic build quality concerns
- Slow customer support
- Durability questions on liquid containers
The ELEGOO Mercury Plus 3.0 was designed specifically for the Saturn 4 Ultra and similar 10-inch resin printers, and it shows. The 230x135x260mm wash chamber and 250mm diameter cure chamber handle full Saturn 4 Ultra build plates comfortably, which most 2-in-1 stations cannot.
The 7.5L wash capacity is a 114% increase over the Mercury Plus 2.0, putting this unit on par with much larger 3-in-1 stations. Combined with two cleaning modes (basket and hanging), you can wash prints while attached to the build plate or as loose parts. I tested both modes extensively and found the hanging mode better for delicate miniatures with thin supports.
24 LEDs at 405nm arranged around a 360-degree rotating turntable, plus a reflective mirror design, give uniform UV exposure on every face. Curing times came in around 5-6 minutes for standard grey resin and 8 minutes for tough engineering resin, which is competitive with much more expensive units.
Compatibility is wide: works with ELEGOO Saturn, Mars, and most other brands with build plates up to 10 inches. For Saturn 4 Ultra owners specifically, this is one of the few 2-in-1 stations that handles your full build plate without breaking the print into pieces.
The wash cycle is genuinely loud, somewhere between a small blender and a jet engine. Cure mode is much quieter, so I tend to run washes when I’m not on calls. Build quality has been inconsistent in some user reviews, with reports of plastic fittings cracking after heavy use. Customer support response times have also been slow according to multiple users.
Best for Saturn 4 Ultra owners
If you’ve invested in a Saturn 4 Ultra or Saturn 4 with its 10-inch build plate, you need a station that matches. Most 2-in-1 stations max out at 7-inch wash chambers, forcing you to wash prints at angles or in batches. The Mercury Plus 3.0 handles full build plates, which dramatically speeds up your workflow.
Honest durability caveats
Some users have reported cracking in the liquid container after 100+ cycles, and replacement parts can be difficult to source. If you print in high volume, factor in the potential need to replace the unit within 1-2 years. For moderate use (a few prints per week), it should hold up fine.
12. UniFormation Cure3 — Best Cure-Only Station with Carbon Filtration
UniFormation Cure3 10.3-inch Resin Curing Machine with UV Curing Station
10.3in curing box
24 UV LEDs
Built-in carbon filter
Pros
- Spacious 10.3-inch cure chamber
- Carbon filter reduces resin odor
- Safety lid trigger
- Heated drying prevents white marks
- Adjustable timer 0-30 minutes
- 4000 RPM internal fan
Cons
- No wash function (cure only)
- Smaller cure area than some competitors
- Limited to 10.3-inch printers
The UniFormation Cure3 is the cure-only station I’d buy if I already owned a separate wash setup. The standout feature is the built-in carbon filtration system, which absorbs IPA fumes and resin odor during the curing process. For home workshops where smell matters, this is a real quality-of-life improvement.
The 10.3-inch curing chamber (282mm diameter x 162mm height) fits large prints or multiple small ones. The 24 UV LED beads at 405nm are distributed on 4 sides for 360-degree coverage, and the 360-degree rotating turntable keeps every face exposed. Curing uniformity is excellent in my testing.
Heated drying is the workflow feature I didn’t know I needed. After washing, prints often have residual IPA that causes white marks during curing. The Cure3’s heated drying system (0-15 minutes) evaporates that residue before UV exposure, giving you stronger, more detailed final parts. This addresses the same problem the Phrozen Kit’s fan dryer solves, but in a single integrated unit.
The safety lid trigger is a thoughtful touch: the unit won’t operate with the lid open, preventing accidental UV eye exposure. The plastic protective UV case wraps around the chamber for additional safety. The 4000 RPM internal circulation fan ensures even heat and UV distribution.
The Cure3 is cure-only, so you’ll need a separate wash station or jar-and-ultrasonic setup. It’s also limited to 10.3-inch printers, so if you have a 12-inch build plate, you’ll need the ANYCUBIC Max 3 or Phrozen Kit instead. The cure chamber is also slightly smaller than some competitors.
Why cure-only still makes sense
If you already own a wash station and just want to upgrade your cure game, a dedicated cure unit often outperforms the cure side of a 2-in-1. The carbon filter, heated drying, and uniform UV exposure give you professional-grade results without the cost of a full 2-in-1 system.
Building a complete post-processing setup
Pair the Cure3 with a Mercury XS Bundle or similar wash station for a complete workflow. The wash side runs IPA cleaning while the Cure3 handles drying and UV curing in parallel. This is essentially the same setup pros use, just split across two units optimized for their respective tasks.
How to Choose the Best Wash and Cure Station for Your Needs?
Choosing a wash and cure station comes down to four decisions: your printer’s build plate size, your resin type, your production volume, and how much counter space you have. Here’s how I walk through each decision with our test team.
Match the wash chamber to your printer’s build plate
This is the single most important factor. The wash chamber needs to fit your build plate with prints still attached, otherwise you’re stuck removing supports and washing pieces individually. Measure your printer’s longest build plate dimension, then add about 1 inch of clearance for the wash chamber’s interior dimensions.
For printers with build plates up to 7.3 inches (Mars, Photon Mono 4, Mono 2), any of the standard 2-in-1 stations work. For 8-10 inch printers (Saturn 3, Saturn 4, Photon Mono M5s), look at the ANYCUBIC Wash and Cure 3 Plus, ELEGOO Mercury Plus 3.0, or Phrozen Kit. For 12-inch printers (Photon Mono M7 MAX), only the ANYCUBIC Max 3 has a big enough wash chamber.
2-in-1 vs separate units vs 3-in-1 stations
2-in-1 stations combine wash and cure in one machine, which saves space and works fine for most users. Separate units (like the Mercury X Bundle or Phrozen Kit) let you wash one batch while curing another, doubling throughput for high-volume users. 3-in-1 automated stations add hands-free automation, where you load prints and walk away, but they cost more and are overkill for hobbyists.
For most users printing a few models per week, a 2-in-1 station hits the sweet spot. For small businesses or serious hobbyists running 20+ prints per week, separate units or 3-in-1 automation pays for itself in time savings.
IPA vs water-washable resin compatibility
Most wash and cure stations are designed for IPA cleaning, and they use magnetic impellers or stirrers optimized for alcohol’s viscosity. Water-washable resin works differently: it’s thicker, and the cleaning mechanism needs different agitation. If you exclusively print water-washable resin, look for stations specifically tested with water-based solutions, or be prepared for less effective cleaning.
Our testing found that water-washable resin cleans adequately in standard IPA-designed stations, but you’ll use more cleaning solution and the impeller may need more frequent cleaning. The ANYCUBIC Wash and Cure 3 Plus and Mercury Plus 3.0 performed best with water-washable resins in our tests.
Understanding UV wavelength and cure uniformity
405nm is the industry-standard UV wavelength for photopolymer resin curing, and every station in our lineup uses it. Some premium stations add 385nm LEDs for broader resin compatibility, which is useful if you experiment with engineering resins or specialty formulations.
Cure uniformity matters as much as total UV power. A station with 30,000uW/cm² but uneven LED distribution will leave shadow zones on your prints. Look for stations with multiple LEDs arranged around the chamber (4+ sides) and reflective surfaces to bounce UV into cavities. The Flexicure gooseneck design on ANYCUBIC stations solves this for top surfaces specifically.
Safety precautions for resin handling
Resin is toxic in its uncured form. Always wear nitrile gloves when handling uncured prints, work in a ventilated area, and dispose of IPA waste properly at a hazardous waste facility, not down the drain. UV light can also damage eyes with prolonged exposure, so use stations with UV-blocking lids and never look directly at curing LEDs.
A sealed wash chamber reduces IPA fumes in your workspace, which matters if you print in an apartment or shared space. The carbon filter on the UniFormation Cure3 takes this a step further by absorbing fumes during the cure cycle. For home users, these fume-control features are worth paying extra for.
Frequently Asked Questions About Wash and Cure Stations
Do I need a wash and cure station for resin printing?
Yes, technically you need to wash and cure your resin prints, but you don’t strictly need a dedicated station. You can wash prints in a jar of IPA and cure them under a UV lamp. However, a wash and cure station automates both steps, reduces your skin contact with toxic resin, contains IPA fumes, and produces more consistent results. For anyone printing more than a few times per month, a dedicated station is worth the investment.
How should resin prints be washed and cured?
The standard workflow is: 1) Remove the print from the build plate, 2) Submerge it in 99% IPA or water-washable cleaning solution for 3-5 minutes with agitation, 3) Remove and let it air dry or pat dry with a paper towel, 4) Place it in the cure chamber under 405nm UV light for 4-8 minutes depending on resin type and thickness. Always wear nitrile gloves during washing and never touch uncured resin with bare skin.
Is resin still toxic after curing?
Fully cured resin is considered skin-safe for brief contact and is food-safe only if specifically labeled as such. However, uncured resin is toxic and can cause skin irritation, allergic reactions, and respiratory issues. The curing process cross-links the photopolymer molecules into a stable solid, but any uncured residue on the surface remains hazardous. Always wash prints thoroughly before curing and inspect for any tacky spots afterward.
What is the best resin curing machine?
Based on our testing, the best overall resin curing machine is the ANYCUBIC Wash and Cure 3 for most users thanks to its 42% larger basket, Flexicure gooseneck light, and 20% improved curing uniformity. For larger printers, the ANYCUBIC Wash and Cure Max 3 handles 12-inch build plates. For dedicated cure-only setups, the UniFormation Cure3 offers carbon filtration and heated drying for professional-grade results.
Can I overcure resin prints?
Yes, overcuring is a real risk, especially with thin features. Prolonged UV exposure can make resin brittle, cause yellowing, and lead to micro-cracks on detailed surfaces. Most prints need 4-8 minutes of cure time; anything beyond 15 minutes is usually excessive. For thin miniatures, cure in 2-minute intervals and check for surface tackiness. If your print feels brittle instead of slightly flexible, you’ve likely overcured it.
How long should I wash and cure my resin prints?
Wash times depend on resin type and print complexity: 3-5 minutes for standard grey resin with IPA, 5-8 minutes for tough or ABS-like resin, and 2-3 minutes for water-washable resin. Cure times are typically 4-6 minutes for standard resin and 6-8 minutes for engineering-grade resin. Always dry prints thoroughly before curing, as IPA residue causes white marks and surface defects.
Final Verdict: Which Wash and Cure Station Should You Buy?
After three months of hands-on testing across 12 machines, our team agrees on the best wash and cure stations for resin printing by use case. For most users with standard 6-7 inch resin printers, the ANYCUBIC Wash and Cure 3 is the clear winner: it’s affordable, the 42% larger basket handles real workflows, and the Flexicure gooseneck solves top-surface under-curing. If you’re on a tighter budget, the ELEGOO Mercury Plus 2.0 delivers 90% of the performance at a lower cost.
For larger printers, the ANYCUBIC Wash and Cure Max 3 is the only 2-in-1 station that fits 12-inch build plates, and the dual cleaning mode pays back the higher price in IPA savings. If you print in high volume and want parallel workflows, the Phrozen Wash & Cure Kit with integrated fan drying is worth the premium. For Saturn 4 Ultra owners specifically, the ELEGOO Mercury Plus 3.0 hits the sweet spot.
Whatever station you choose, prioritize matching the wash chamber to your printer’s build plate, and consider sealed designs if fume control matters in your workspace. The best wash and cure stations for resin printing are the ones that fit your specific setup and workflow, not necessarily the most expensive option on the market.