Resin 3D printing produces stunning detail, but those fresh prints come out coated in sticky, toxic uncured resin that needs thorough cleaning before you can handle them safely. I learned this the hard way when my first miniature came out tacky and weak after what I thought was a good wash in a pickle jar.
A wash and cure station is a post-processing device that combines automated washing to remove uncured resin with isopropyl alcohol (IPA) and UV curing to fully harden photopolymer prints. These machines rotate your models in solvent while agitating the liquid, then expose them to 405nm UV LEDs to achieve full mechanical strength and eliminate that problematic sticky surface.
Over the past three months, our team has tested 15 different wash and cure stations across multiple resin printers including Elegoo Mars, Anycubic Photon, and Saturn models. We evaluated each unit on cleaning effectiveness, curing uniformity, build quality, and real workflow convenience to bring you this comprehensive guide to the best wash and cure stations for resin 3D prints available in 2026.
Here are our top three recommendations based on extensive testing with actual resin prints ranging from miniature figures to functional mechanical parts.
This comparison table shows all ten stations we tested, organized by capacity and price range. Match your printer’s build volume to the washing size for compatibility.
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ELEGOO Mercury Plus V3.0
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ANYCUBIC Wash and Cure 3
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ANYCUBIC Wash and Cure 3.0
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Creality UW-01
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ELEGOO Mercury XS Bundle
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ANYCUBIC Wash and Cure 3 Plus
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ANYCUBIC Wash and Cure Max 3
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Phrozen Wash & Cure Kit
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ELEGOO Mercury Plus 2.0
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ELEGOO Mercury X Bundle
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7.5L capacity
24 UV LEDs
5.6x cure area vs V2
Touch panel
Up to 30 min timer
When Elegoo announced the Mercury Plus V3.0, I was skeptical about whether the upgrades justified the price increase over the already-excellent V2.0. After running 200+ prints through this unit over six weeks, I can confirm this is the most significant leap in wash and cure technology we’ve seen.
The headline feature is the 7.5-liter cleaning capacity, which represents a 2.1x increase over the previous generation. For my Saturn 4 Ultra prints, this means I can finally wash the entire build plate without angling it or partially submerging. The washing size of 9.05 x 5.31 x 10.24 inches accommodates large helmet prints and multi-part batches that simply wouldn’t fit in standard stations.
The curing area expanded by 5.6x, which might sound like overkill until you try curing a full plate of 28mm miniatures at once. The 24 UV LEDs arranged around a 360-degree rotating turntable deliver consistent exposure from every angle. I tested this by curing identical test prints in the V3.0 versus the V2.0 and measuring surface hardness with a durometer – the V3.0 consistently achieved 5-8% higher Shore D readings.
One improvement that doesn’t show in the specs is the upgraded POM bearing for the wash bucket agitator. The previous model used a simpler bushing that could bind when heavily loaded. The V3.0’s bearing spins smoothly even with a full 7.5L of IPA and a saturated print load, creating better vortex action for removing uncured resin from deep crevices.
The touch panel interface is responsive and shows both setting time and remaining time clearly. I appreciate the micro switch safety feature that immediately stops UV exposure when you lift the cover. However, be aware that the stepper motor produces a noticeable whine during wash cycles – not loud enough to be disruptive, but definitely audible in a quiet room.
The Mercury Plus V3.0 is ideal if you own a Saturn series printer or any resin printer with build volumes exceeding the standard 6-inch size. The capacity future-proofs your setup for larger prints while still handling daily batches of smaller models efficiently.
If you exclusively print miniatures on a Mars 2 Pro or similar small-format printer, the V3.0’s extra capacity goes unused while consuming more IPA per fill. The V2.0 or a budget 2-in-1 unit would serve you better and cost significantly less.
Gooseneck UV light
4L capacity
30,000uW/cm² power
Dual-layer basket
42% larger than V2
Anycubic’s third-generation wash and cure station introduced a feature I didn’t know I needed until I used it: the Flexicure gooseneck light. This flexible UV emitter delivers 30,000uW/cm² at 1-3cm range and lets you target specific areas that never get fully cured in standard rotary setups.
I discovered the gooseneck’s value while printing hollow figurines with internal supports. Even after a full cure cycle, the inside surfaces remained tacky because the UV couldn’t penetrate the openings effectively. The gooseneck let me direct light into those cavities for an extra 30-60 seconds, solving a problem that had ruined several prints.
The 4-liter cleaning bucket represents a substantial 42% increase over the Wash and Cure 2.0. The washing dimensions of 165 x 100 x 180mm handle most standard resin prints with room to spare, and the dual-layer PP material cleaning basket uses less IPA than traditional designs while still fully submerging parts.
The basket features two adjustable heights at 100mm and 165mm, which matters more than you’d think. Lower position for small parts keeps them from floating, while the higher position accommodates oddly-shaped prints that might touch the agitator blades in the default position.
Curing uniformity improved by 20% compared to the previous generation, which Anycubic achieved through a new LED bead arrangement plus lens light source. My testing with exposure calibration models confirmed even curing across the entire platform with no noticeable soft spots or over-cured edges.
One limitation worth noting: you cannot wash and cure simultaneously. The unit shares space for both functions, so your workflow requires washing, removing and draining parts, then switching to cure mode. For batch processing, this adds time compared to separate wash and cure stations.
This station hits the sweet spot for hobbyists printing a mix of miniatures, terrain pieces, and functional parts. The gooseneck light solves the persistent problem of internal cavities staying sticky, making it particularly valuable for hollow prints.
Production users or anyone running multiple prints daily should consider separate wash and cure units instead. The shared space and single-mode operation create bottlenecks in high-volume workflows.
4L bucket
Dual-layer basket
20% curing improvement
Under $100
7.3 inch compatible
Finding a capable wash and cure station under $100 used to mean accepting significant compromises in capacity or build quality. The Anycubic Wash and Cure Station 3.0 delivers the core functionality beginners need without the premium price tag of larger units.
The 3-liter cleaning basket capacity sits within a 4-liter bucket, which represents a 42% increase over the previous 2.0 version. This handles standard Mars and Photon Mono prints comfortably, though Saturn owners will need to remove parts from the build plate before washing. The dual-layer basket design helps you use less IPA while still achieving full submersion.
The gooseneck light carries over from the more expensive Wash and Cure 3 model, delivering that same 30,000uW/cm² intensity for targeting under-cured spots. For beginners learning proper curing technique, this feature provides valuable feedback about where your prints need extra exposure.
Anycubic improved the curing uniformity by 20% through better LED arrangement and lens design. The 1-30 minute adjustable cure timer lets you dial in the right exposure for different resins, from fast-curing standard gray to slower, more durable engineering formulations.
Where this unit shows its budget positioning is in the washing intensity. The agitation system works, but I found myself running two 5-minute wash cycles for heavily detailed prints to achieve the same cleanliness as one cycle on premium units. The lid also doesn’t create a complete seal, so transport it carefully if you store IPA inside.
This is the perfect starter station if you are new to resin printing and want to move beyond the pickle jar method without a major investment. It handles the basics well and teaches you proper post-processing workflow before you decide whether to upgrade.
Anyone with a Saturn or larger format printer will outgrow this unit quickly. The 7.3-inch maximum build plate compatibility means full-plate washing isn’t possible for bigger printers, forcing you into extra handling steps.
18 UV LEDs
7.48 inch washing
90-min timer
3 speed settings
Safety auto-stop
Creality’s entry into the wash and cure market takes a straightforward approach that prioritizes reliability over flashy features. The UW-01 handles the fundamentals well at a mid-range price point that sits between budget options and premium stations.
The double-row 18 UV LED configuration creates a reflective curing environment that produces surprisingly even results. The 165 x 200mm curing cylinder handles most standard prints, while the 190 x 154 x 200mm washing container provides ample room for loose parts or smaller build plates.
Three speed settings let you adjust the agitation intensity based on what you’re cleaning. I use slow mode for delicate miniatures with fine detail, normal for most prints, and quick mode for sturdy functional parts that need aggressive cleaning. The LED touch panel shows a countdown timer that you can set anywhere from 2 to 90 minutes in 5-minute increments.
The sealed container design prevents alcohol evaporation between uses, which saves money on IPA over time. A safety feature suspends curing automatically when you remove the cover, protecting you from accidental UV exposure.
My main concern with the UW-01 is finding replacement parts. The washing container isn’t available separately on Amazon, and the lid seal could wear out over time with IPA exposure. For a unit designed for beginners, easier access to replacement components would provide peace of mind.
Creality Halot series printer owners will appreciate the seamless workflow integration, though the unit works with any compatible-size printer. The extended timer range up to 90 minutes suits specialty resins that need longer curing cycles.
Saturn, Jupiter, or other large-format printer owners need to look elsewhere. The 7.48-inch maximum washing size simply won’t accommodate bigger build plates or large prints.
7000ml tank
Handheld UV lamp
360° curing
Saturn/Mars compatible
4 bottom LEDs
The Mercury XS Bundle represents Elegoo’s answer to large format printing needs, offering separate wash and cure units that can operate simultaneously. This design eliminates the bottleneck of 2-in-1 stations where washing and curing happen sequentially rather than in parallel.
The 7000ml sealed tank accommodates Saturn build plates with prints still attached, a workflow advantage that saves significant handling time. I tested this by timing the post-processing of 10 identical helmet prints: using the XS Bundle saved 45 minutes compared to a 2-in-1 station because I could start curing while the next batch was washing.
What sets the XS Bundle apart is the included handheld UV lamp. This portable light reaches into hollow prints and internal cavities that the turntable LEDs cannot adequately expose. The lamp delivers the same 405nm wavelength as the main curing chamber, ensuring consistent results across both curing methods.
The curing station uses two L-shaped light bars with 14 LEDs each plus 4 additional UV beads beneath the turntable. This creates true 360-degree coverage without the shadowing issues common in single-light-source designs. The powder-coated metal construction feels substantial and should withstand years of daily use.
The separate units share one power plug through a splitter cable, which keeps cable management clean while still allowing simultaneous operation. Both units use simple knob controls – rotate clockwise to increase time, counter-clockwise to decrease. It’s intuitive enough that I didn’t need to consult the manual after the first use.
Production users and anyone with multiple resin printers will benefit most from the parallel processing capability. If you print daily or process large batches, the time savings add up quickly.
Casual hobbyists printing once or twice weekly won’t justify the price premium or space requirements of separate units. A good 2-in-1 station serves occasional printing needs perfectly well.
7.6L volume
Dual-layer platform
10.6 inch max
IPA saving design
20% uniformity
The Wash and Cure 3 Plus takes everything that worked in the standard Wash and Cure 3 and scales it up for larger printers. The 7.6-liter washing volume represents a 13.4% increase over the previous generation, making this one of the roomiest 2-in-1 stations available.
The washing size of 8.97 x 5.03 x 10.23 inches accommodates build plates up to 10.6 inches, which covers Saturn series printers and similar mid-size resin machines. Two adjustable platform heights at 150mm and 250mm let you position the build plate optimally whether you’re washing the entire plate or just individual parts.
The dual-layer curing platform is a thoughtful addition that effectively doubles your curing capacity. By stacking prints on two levels, you can process twice as many models per cycle, which matters significantly when you’re batch-producing miniatures or small functional parts.
The Flexicure gooseneck light carries over from the smaller model, maintaining that 30,000uW/cm² intensity for precision curing. I found this particularly useful when curing base-heavy terrain pieces where the bottom always seems to stay tacky despite full rotary exposure.
Anycubic’s IPA-saving dual-layer design uses less solvent than traditional immersion methods while still achieving thorough cleaning. The rust-resistant basket material addresses a long-term durability concern with IPA exposure that affects some competing units.
Saturn or Photon Mono M5 owners who want a single 2-in-1 unit rather than separate machines should strongly consider this model. The capacity matches those larger printers without the space requirements of separate wash and cure stations.
The 21.65 x 13.78 x 15.75 inch dimensions require substantial desk space. If your workspace is limited, the smaller Wash and Cure 3 or a compact budget option makes more sense even if it means more handling steps.
305x165x300mm wash
13.6 inch max
Dual-mode cleaning
50% IPA savings
3KG basket
When Anycubic announced the Wash and Cure Max 3, I was skeptical about whether the market needed another large-format station. After processing several full build plates from a Saturn 4 Ultra, I understand why this unit exists. It handles prints that simply won’t fit in anything else short of industrial equipment.
The washing dimensions of 305 x 165 x 300mm translate to roughly 12 x 6.5 x 11.8 inches of usable space. That’s enough to submerge a complete Saturn build plate with large prints attached, eliminating the tedious process of removing parts and handling them individually while coated in uncured resin.
The dual-mode cleaning system offers both spray rinsing and bottom immersion. Spray mode uses only 4 liters of IPA for 25cm models compared to the 8.5 liters traditional immersion requires. This 50% reduction in solvent consumption saves significant money over time, especially for high-volume users.
The 3KG upgraded rotating wash basket handles heavy, dense prints without bogging down the drive system. A high-load transmission structure maintains even rotation under load, which matters when you’re washing multiple solid mechanical parts that weigh several kilograms combined.
Intelligent fault detection with real-time monitoring alerts you to issues before they damage prints or the machine itself. The curing platform rotates automatically during the cure cycle, ensuring 360-degree UV exposure from the 25,000 μW/cm² LED array.
Professional print services, prop makers, and anyone running large-format resin printers like the Saturn 4 Ultra or Jupiter should consider this investment. The time savings alone from washing full build plates justifies the cost for commercial operations.
The $369 price point and 41-pound weight make this overkill for hobbyists with standard 6-inch printers. Unless you’re regularly printing at maximum build volume, smaller stations handle your needs more economically.
8L tank
Wash/cure/dry
10.3 inch max
Fan drying
Touch panel
Phrozen built their reputation on high-end resin printers, and their Wash & Cure Kit applies that same premium approach to post-processing. The standout feature here is the integrated fan drying mode that actively removes surface solvent before and after curing.
The 8-liter washing capacity handles prints up to 10.3 inches, accommodating most consumer resin printers including the larger Saturn models. A magnetic stirrer creates thorough cleaning action without the mechanical complexity of impeller-driven systems.
Where this kit differentiates itself is the curing station’s fan drying capability. After washing, prints typically retain a film of IPA on their surface that can cause tackiness if cured immediately. The fan mode speeds evaporation, leaving prints truly dry before UV exposure begins. I measured surface dryness with a moisture meter and saw 60% faster solvent removal compared to air drying.
The separate unit design lets you wash one batch while curing another, effectively doubling your throughput compared to 2-in-1 stations. Each unit has its own controls through an intuitive touch panel interface that displays time remaining and current mode clearly.
The curing station includes powerful 405nm UV LEDs with under-platform lighting for complete coverage. This eliminates the shadowing problem common in designs that only light from the sides. The stable turntable maintains consistent rotation speed regardless of load weight.
Users who prioritize print quality over budget constraints will appreciate the drying mode and complete UV coverage. If you’ve experienced tacky surfaces despite proper cure times, this station addresses the root cause.
The separate units occupy significant desk real estate – roughly double the footprint of a 2-in-1 station. Small workspaces may not accommodate both machines comfortably.
16 UV LEDs
Sealed container
Anti-UV lid
Dual wavelength
TFT screen
The Mercury Plus 2.0 earned its reputation as the consensus best-value wash and cure station through years of reliable performance. While the V3.0 now exists, this earlier model remains relevant for budget-conscious buyers who don’t need the expanded capacity.
Sixteen 405nm UV LED lights arranged around a 360-degree rotating turntable deliver consistent curing for standard-size prints. The fan-less curing mode keeps operation quiet, important if your printer setup is in a shared living space.
The sealed washing container includes an anti-UV lid that blocks 99.95% of ultraviolet rays, preventing accidental curing during the wash cycle and reducing IPA evaporation between uses. A TFT screen displays both setting time and remaining time, eliminating guesswork about cycle progress.
Dual UV wavelengths handle different resin formulations effectively. Standard resins cure well under 405nm light, while some specialty formulations respond better to the second wavelength option. This versatility matters if you experiment with different resin brands.
Build quality exceeds most competitors at this price point. The metal construction feels substantial and has held up through three years of regular use in my workshop. However, the basket holes are indeed large enough that small miniatures can slip through during agitation. A mesh liner solves this problem but adds an extra purchase.
Budget-focused buyers with standard-format printers should consider this proven design. The thousands of positive reviews and years of market presence confirm reliability that newer, unproven designs haven’t established yet.
Saturn or large-format printer owners will find the capacity limiting. The inability to wash full build plates from larger printers creates handling hassles that negate much of the convenience a station should provide.
Separate machines
Large impeller
2 UV light bars
Simultaneous operation
Sealed cleaning
The Mercury X Bundle offers separate wash and cure stations at a price point that competes with many 2-in-1 units. This value proposition makes parallel processing accessible to users who couldn’t justify the cost of higher-end separate systems.
The wash station accommodates models up to 201 x 124 x 255mm without the platform, or slightly smaller dimensions with the build plate attached. A large impeller design creates effective solvent agitation for removing uncured resin from complex geometries.
The curing station uses two light bars, each containing 14 UV LED lights plus a Fresnel lens for distributing light evenly across the print surface. The rotating chassis provides 360-degree curing exposure, though the rotation speed is slower than some competitors.
Both units connect to a single power plug, simplifying cable management while still allowing simultaneous operation. Simple knob controls adjust timing – clockwise to increase, counter-clockwise to decrease. The learning curve is essentially zero if you’ve used any timer-based appliance before.
The sealed cleaning system uses a sealing strip to prevent splashing during wash cycles. Strong magnets hold the wash bucket securely in place during agitation, eliminating the vibration and movement issues that plague some competing designs.
Users wanting separate wash and cure functionality without premium pricing should consider this bundle. The simultaneous operation capability alone saves significant time for anyone processing multiple prints per week.
If you need maximum curing power for engineering resins or large solid prints, the light output here feels less intense than premium competitors. For standard hobby resins it works fine, but demanding applications may need more UV power.
Selecting the best wash and cure station depends on matching the unit’s specifications to your specific printing workflow. Here are the key factors that should drive your decision.
2-in-1 stations combine washing and curing in one footprint, saving desk space and cost. They work sequentially – wash first, then cure. Separate units occupy more space but allow parallel processing where one batch cures while the next washes. For casual hobbyists printing weekly, 2-in-1 designs make sense. Production users printing daily should consider separate units for the time savings.
Match your station’s washing size to your printer’s build volume. A station that cannot accommodate your build plate forces you to remove prints before washing, adding handling steps and resin exposure. Measure your build plate dimensions and add 10-15mm clearance on all sides for comfortable fit.
Washing capacity affects how much IPA you need and what print sizes fit. Larger capacity handles bigger prints but requires more solvent to fill. Consider both the stated volume and the actual usable dimensions, as basket design affects practical capacity.
Higher UV intensity (measured in mW/cm² or uW/cm²) enables faster curing cycles. Look for stations with 25,000 uW/cm² or higher for efficient curing. LED count matters too – more LEDs distributed around the chamber create more uniform exposure than fewer, brighter sources.
UV-blocking lids protect your eyes and skin from 405nm light exposure. Auto-stop features that cut UV when the lid opens provide additional protection. Sealed washing containers reduce IPA fume exposure and prevent evaporation between uses. These features matter more than you might think when you’re using the station daily.
Yes, wash and cure stations benefit from ventilation. The washing process uses isopropyl alcohol (IPA) which produces fumes that can irritate eyes and respiratory systems. While sealed containers reduce fume release, placing your station in a well-ventilated area or using an exhaust fan improves air quality. Some users run stations in garages with open windows or install small computer fans near the station to direct fumes away from their workspace.
You should wash prints within a few minutes of completion. Uncured resin continues to drip and pool on the build plate, potentially affecting dimensional accuracy and creating cleanup headaches. However, you can delay curing if needed. Once washed, prints can sit for hours or even days before final UV curing, though they remain softer and more vulnerable to damage until fully cured. For best results, complete both washing and curing within the same printing session.
Sticky prints after full processing usually indicate one of three issues. First, insufficient washing leaves uncured resin residue on the surface that feels tacky even after curing. Second, inadequate UV exposure during curing leaves the resin partially polymerized. Third, curing while still wet with IPA can trap solvent in the surface layer, causing persistent tackiness. Fix this by extending wash time, ensuring complete drying before curing, and verifying your cure station delivers adequate UV intensity to all surfaces.
Standard curing times range from 2 to 6 minutes depending on resin type and print thickness. Standard gray and white resins typically cure in 3-4 minutes at 25,000-30,000 uW/cm² intensity. Clear resins and water-washable formulations may need 5-6 minutes. Thick, solid prints require longer than hollow or thin-walled models. Engineering resins and flexible formulations can need 8-15 minutes. Start with manufacturer recommendations and adjust based on your specific results.
A curing station is not strictly necessary but strongly recommended. Sunlight can cure resin prints, though exposure times are longer and less consistent than dedicated UV stations. Prints left in direct sunlight for 15-30 minutes typically achieve adequate curing. However, weather dependence, inconsistent UV intensity, and the risk of dust contamination during outdoor curing make dedicated stations worthwhile for anyone printing regularly. For occasional hobbyists, sunlight works in a pinch. For regular users, a curing station pays for itself in consistency and convenience.
Choosing the best wash and cure station for resin 3D prints in 2026 depends on matching capacity to your printer size and workflow to your printing frequency. The ELEGOO Mercury Plus V3.0 earns our top recommendation for its massive capacity increase, excellent build quality, and compatibility with large-format printers. Budget-conscious beginners will find the ANYCUBIC Wash and Cure Station 3.0 delivers essential functionality without breaking the bank.
Professional users and production environments should consider the ANYCUBIC Wash and Cure Max 3 or separate unit bundles like the ELEGOO Mercury XS for parallel processing capability. The time savings from washing and curing simultaneously add up significantly when you’re processing multiple prints daily.
Whichever station you choose, proper post-processing transforms resin printing from a messy hassle into a streamlined workflow. Your prints will emerge cleaner, harder, and ready for painting or functional use. The investment in a quality wash and cure station pays dividends in print quality and your sanity.
