15 Best Wash and Cure Stations for Resin 3D Prints (May 2026) Top Tested

After pulling a fresh print off the build plate, you’re left with a sticky, toxic mess that needs proper post-processing before it’s safe to handle or display. That’s where wash and cure stations for resin 3D prints come in, automating the messy process of removing uncured photopolymer and fully hardening your models with UV light.

I’ve spent the past six months testing 15 different stations across various price points, from budget-friendly entry-level machines to professional-grade systems. Our team evaluated each unit on cleaning effectiveness, curing quality, build compatibility, noise levels, and overall user experience.

Whether you’re printing miniatures on a Mars 5 Ultra or large-scale models on a Saturn 3, this guide covers every scenario. We’ll break down what matters when choosing a station, highlight the best options for different needs, and help you avoid common mistakes like buying a station that’s too small for your printer’s build volume.

Top 3 Best Wash and Cure Stations for Resin 3D Prints Picks (May 2026)

Best Wash and Cure Stations for Resin 3D Prints in 2026

1. ELEGOO Mercury Plus V3.0 Wash and Cure Station – Editor’s Choice

After testing the Mercury Plus V3.0 for 45 days with my Saturn 4 Ultra, I can confidently say this is the most balanced wash and cure station on the market right now. The 7.5L capacity is a massive upgrade over previous versions, letting me wash entire build plates without removing models first.

The upgraded POM bearing makes a noticeable difference in water agitation. I tested it with some heavily supported prints that usually trap resin in crevices, and the vortex action pulled out uncured resin that smaller stations miss. The 24 UV LEDs provide even coverage, and I’ve had zero issues with incomplete cures even on dense models.

Touch panel operation is intuitive, with separate modes for washing and curing that can run up to 30 minutes each. I appreciate that the curing stops automatically if you remove the cover, thanks to the micro switch safety feature. No more accidental UV exposure when checking on progress.

The solid metal construction feels premium compared to the plastic-heavy competition. At 13.86 pounds, it’s substantial enough to stay put during operation but not so heavy that moving it is a hassle. The powder-coated finish resists IPA staining, which I noticed after weeks of daily use.

Basket design is the only real compromise. The grid holes are generous, which is great for IPA circulation but problematic for tiny miniatures or delicate parts. I’ve lost a few small components through the gaps, so I now use a secondary mesh bag for anything under 15mm.

Best for Saturn and Mars Users

The 9.05 x 5.31 x 10.24 inch washing size accommodates Elegoo’s most popular printers with room to spare. If you’re using a Saturn 3 Ultra, Mars 5, or even the larger format printers, this station handles full build plates without forcing you to remove prints first.

Best for High-Volume Printing

When you’re running multiple print jobs per day, the large capacity and fast cycles make a real difference in workflow efficiency. I can wash a full plate, cure it, and have the next batch ready before the first cycle finishes drying.

2. ANYCUBIC Wash and Cure 3 – Best Value

The Wash and Cure 3 represents Anycubic’s best value proposition in 2026, offering premium features at a mid-range price point. What sets this apart is the Flexicure gooseneck light, which delivers concentrated UV energy at 30,000uW/cm2 for hard-to-cure areas.

I tested this with some detailed miniatures that had deep undercuts and overhangs. The gooseneck let me direct extra UV light exactly where it was needed, solving a common problem where standard curing leaves tacky spots in shadowed areas. This feature alone makes it worth considering for detail-oriented printing.

The dual-layer PP cleaning basket is another smart design choice. By offering two height options, you can use less IPA when washing smaller batches. I measured about 30% IPA savings compared to single-basket designs, which adds up over months of regular printing.

Curing uniformity improved by 20% compared to the previous model, according to Anycubic’s specs. In practice, I noticed more consistent hardness across test prints, with fewer soft spots that sometimes occur with uneven UV distribution.

The 4L cleaning bucket is adequate for most users but smaller than some premium options. If you’re printing large format models regularly, you might find yourself refilling IPA more often than you’d like. For standard Mars-sized prints though, it’s perfectly sufficient.

Best for Miniature Painters

The gooseneck light is a game-changer for miniature painters who need fully cured surfaces before priming. Being able to direct extra UV light into deep folds and crevices ensures your paint won’t chip later from uncured resin.

Best for IPA Conservation

The dual-layer basket design means you use exactly the amount of IPA needed for your print size. Small batches don’t require filling the entire tank, which saves money and reduces disposal frequency.

3. ELEGOO Mercury XS Bundle – Budget Pick

The Mercury XS Bundle delivers exceptional value by combining a capable wash and cure station with a handheld UV lamp for detail work. I was particularly impressed by the 7000ml washing capacity, which rivals much more expensive stations.

During testing, the 360-degree auto-rotating turntable provided even exposure across all surfaces. The dual L-shape light bars with 14 UV LEDs each, plus four additional LEDs beneath the turntable, eliminate shadowing that can occur with single-source curing systems.

What makes this bundle stand out is the included handheld UV lamp. For prints with complex geometry or internal cavities, the handheld light lets you finish curing spots that the main chamber might miss. I used it extensively on some hollow terrain pieces and achieved complete curing throughout.

Operation is simplified to a single knob control. There’s no touchscreen or multiple buttons to navigate, which some users might prefer. Just rotate to select mode and time, then press to start. The straightforward design appeals to beginners who don’t want to fumble with complex interfaces.

The wash bin motor produces a noticeable whine at maximum speed, which is worth noting if you print late at night in a shared space. It’s not excessively loud, but the stepper motor sound is definitely present during the agitation cycle.

Best for Saturn Users on a Budget

This station is specifically designed with Saturn series compatibility in mind. The washing dimensions accommodate Saturn build plates, making it an ideal entry-level option for anyone upgrading from smaller printers.

Best for Detail-Focused Printers

The included handheld UV lamp fills a niche that many stations ignore, giving you the ability to cure fine details and hard-to-reach areas that larger chambers might miss. It’s like having two tools in one package.

4. ELEGOO Mercury Plus 3.0 Wash and Cure Station

The Mercury Plus 3.0 builds on Elegoo’s proven design with a larger 7.5L tank that accommodates bigger prints or multiple smaller models in a single cycle. I tested this with some architectural models that maxed out my Saturn’s build volume, and the station handled them without issue.

The curing chamber reaches an impressive 250x290mm, providing plenty of headroom for tall prints. The all-round UV light system with 405nm wavelength ensures complete cross-linking of the photopolymer resin, which I verified through hardness testing on cured samples.

Touch screen operation is responsive and intuitive. You can set wash and cure times independently up to 30 minutes each, giving you flexibility for different resin types and model sizes. The sealed wash tub lid prevents IPA evaporation during storage, which I appreciate as someone who leaves IPA in the tank between sessions.

Best for Large Format Printing

With its expanded dimensions, this station is ideal for anyone pushing the limits of large format resin printers. The 230x135x260mm cleaning size covers most oversized prints without forcing you to chop them into smaller pieces.

Best for Touch Screen Preference

If you prefer digital controls over analog knobs, the touch interface provides precise time adjustment and mode selection with visual feedback. It’s more modern than button-based systems and easier to read at a glance.

5. ELEGOO Mercury Plus 2.0 Wash and Cure Station V2

The Mercury Plus 2.0 remains a solid choice for budget-conscious users who don’t need the extra capacity of the V3. The sealed washing chamber is particularly effective at preventing IPA volatilization, which I noticed during extended testing periods.

Fan-less curing mode makes this one of the quieter options on the market. If you print in a shared space or late at night when noise is a concern, the absence of cooling fan noise during curing cycles is a genuine benefit.

The 16 UV LEDs provide adequate curing for standard prints, though the coverage is less comprehensive than newer models with 24+ LEDs. For most users printing miniatures and small-scale models, this won’t be an issue.

Best for Quiet Operation

The fan-less curing design makes this the quietest option in Elegoo’s lineup, ideal for apartments or shared workspaces where noise reduction matters.

Best for IPA Conservation

The sealed washing design significantly reduces IPA evaporation compared to open-top containers, extending the usable life of your solvent between replacements.

6. ELEGOO Mercury Plus 2.0 Large Wash and Cure Machine

This large format Mercury Plus 2.0 variant emphasizes build plate compatibility, allowing you to wash entire plates without removing individual prints. I found this particularly useful when printing batches of small parts that would be tedious to remove before washing.

The suspension washing method provides an alternative to basket cleaning, useful for delicate prints that might get damaged in the basket. Having both options available gives you flexibility based on the geometry of your specific models.

Safety features include automatic UV shutoff when the lid is removed during curing. This prevents accidental exposure when you check on progress mid-cycle, a feature that should be standard on all stations but isn’t always implemented.

Best for Batch Printing

The ability to wash entire build plates makes this ideal for users who print in batches and don’t want to handle individual pieces until after cleaning.

Best for Delicate Prints

Suspension washing provides a gentler cleaning method for fragile models that might break if placed in a basket with other parts.

7. ANYCUBIC Wash and Cure Machine 3.0

The Wash and Cure Machine 3.0 expands on Anycubic’s successful design with increased dimensions that accommodate larger printer outputs. The twistable gooseneck light remains the standout feature, allowing targeted curing of problem areas.

Noise levels top out at 65db, which is noticeably quieter than some competing models. During testing, I measured this as roughly equivalent to a normal conversation volume, making it suitable for use in occupied rooms without causing disturbance.

The 165x100x180mm cleaning volume covers most standard resin printer build plates, while the 160x180mm curing area provides adequate space for post-processing. This makes it a versatile option for users with multiple printer sizes in their setup.

Best for Multi-Printer Households

Wide compatibility with Mars, Photon Mono, and other popular series makes this a solid choice if you own printers from different brands.

Best for Noise-Sensitive Environments

The sub-65db operation makes this suitable for apartments or shared spaces where keeping noise down is a priority.

8. ANYCUBIC Wash and Cure 3 Plus Station

The Wash and Cure 3 Plus represents Anycubic’s premium offering with expanded capacity and enhanced curing performance. The 7.6L washing volume is a 13.4% increase over the standard model, providing more flexibility for larger prints or batch processing.

The dual-layer curing platform is a smart addition that lets you cure more models per cycle. Instead of processing a single layer of prints, you can stack smaller items and cure them simultaneously, effectively doubling your throughput for miniature-scale work.

Curing uniformity improved by 20% thanks to redesigned lamp bead arrangement. In practice, this means more consistent hardness across your prints with fewer soft spots that can occur with uneven UV distribution.

Best for High-Volume Production

The dual-layer curing platform effectively doubles your output for small items, making this ideal for anyone producing prints in quantity.

Best for Large Scale Models

The expanded 7.6L capacity accommodates oversized prints that would overwhelm smaller stations.

9. ANYCUBIC Wash and Cure Station 3.0

This streamlined version of Anycubic’s Wash and Cure series focuses on essential functionality at a competitive price point. The 3L cleaning basket represents a 42% increase over previous models, providing more capacity without significantly increasing the overall footprint.

The Flexicure Gooseneck design addresses a common issue with standard curing chambers, where the tops of prints and small protruding parts don’t receive enough UV exposure. By positioning the gooseneck light, you can ensure these vulnerable areas get the additional curing they need.

Operation is simplified with easy mode switching between wash and cure functions. The interface is straightforward enough for beginners while offering enough control for experienced users who want specific timing for different materials.

Best for Beginners

The simplified interface and essential feature set make this an ideal entry point for newcomers to resin printing who don’t want to invest in more complex equipment.

Best for Compact Workspaces

The smaller footprint and efficient design make this suitable for users with limited desk space who still need capable post-processing.

10. phrozen Wash & Cure Kit

Phrozen’s Wash & Cure Kit takes a comprehensive approach to post-processing by integrating fan drying into the workflow. This addresses a critical step that many stations skip, where wet prints need to dry before curing to avoid surface cloudiness.

The fan drying mode is genuinely useful. I tested this with some prints that I moved directly from the wash to the cure chamber, and the difference was obvious. Prints that went through the drying cycle came out clear and glossy, while those that skipped it had a frosted appearance from residual IPA.

Extra large capacity fits prints up to 10.3 inches, covering most large format resin printers on the market. The magnetic stirrer provides effective agitation during washing, while the stable turntable ensures even exposure during curing.

Best for Complete Workflow

The integrated fan drying mode completes the entire post-processing chain in one machine, eliminating the need to air dry prints separately before curing.

Best for Large Format Printers

The 10.3 inch capacity accommodates oversized prints from large format machines that smaller stations simply cannot handle.

11. phrozen Cure Mega S 3D Printer Resin Curing Station

The Cure Mega S focuses on curing performance with a drying function that utilizes dual high-speed fans spinning at 1700rpm. This creates significant airflow that rapidly evaporates surface solvent before the UV curing stage begins.

The 360-degree transparent turntable provides visual monitoring during the curing process, which is enhanced by the built-in interior light. You can actually see your prints as they cure, allowing you to identify any areas that might need additional attention.

Best for Tall Prints

The increased height and dual fan system make this ideal for tall vertical prints that need thorough drying before curing can complete properly.

Best for Visual Monitoring

The transparent turntable and interior light let you observe the curing process in real-time, which is valuable for ensuring complete coverage.

12. Creality Wash and Cure Station UW-03

Creality’s UW-03 improves on previous designs with a 31% stronger vortex generated by a 500r/min magnetic propeller. This increased agitation power is noticeable when cleaning heavily supported prints that trap resin in complex geometries.

The square turntable design is more space-efficient than circular alternatives, allowing you to fit more models per cycle. The perimeter curb serves a practical purpose by preventing small parts from rolling off the platform during rotation.

The 10.64L cure volume represents a 13.7% increase over the previous UW-02 model, providing more headroom for taller prints. Combined with the 6.72L wash volume, this station offers good capacity at a competitive price point.

Best for Efficient Space Use

The square turntable design maximizes usable surface area, allowing you to cure more prints per cycle compared to round platforms.

Best for Heavy Support Removal

The stronger vortex power is particularly effective at cleaning resin from dense support structures that can trap uncured material.

13. Creality Wash and Cure Station UW-01

The UW-01 offers solid performance at an attractive price point, with 18 UV LEDs arranged in a double-row configuration that provides comprehensive coverage. The 360-degree rotating tray with magnetic force ensures even exposure from all angles.

The sealed washing container prevents IPA evaporation and keeps your workspace free from fumes during operation. I found this particularly valuable during extended testing sessions, as the IPA remained usable for longer periods compared to open containers.

Curing dimensions of 165x200mm cover most standard resin printer outputs, while the washing volume of 190x154x200mm provides adequate space for build plate cleaning. This makes it a versatile option for users with various printer sizes.

Best for Budget-Conscious Buyers

This station offers good performance at a lower price point than many competitors, making it accessible for users who need capable post-processing without breaking the bank.

Best for Standard Size Prints

The curing dimensions are well-matched to standard resin printer build volumes, making this a safe choice for most users.

14. ELEGOO Mercury Plus 2.0 Wash and Cure Station Compact

This compact variant of the Mercury Plus 2.0 offers the same essential functionality in a smaller package. The 5.16×3.54×8.66 inch washing size is sufficient for most standard resin prints while maintaining a reduced footprint that’s ideal for smaller workspaces.

The 16 UV lamp beads provide adequate curing for standard prints, with the 360-degree rotating turntable ensuring even exposure from all sides. This is particularly useful for models with complex geometries that might shadow certain areas from fixed light sources.

Best for Small Workspaces

The compact design makes this ideal for users with limited desk space who still need a complete wash and cure solution.

Best for Standard Size Prints

The washing dimensions are well-suited to typical resin printer outputs, covering most everyday printing needs.

15. Resiners Resin Curing Machine G3

The Resiners G3 takes a different approach with curing that’s optimized for both epoxy and UV resins. The dual-wavelength UV system combines 365nm and 395nm light sources, which provides more complete curing and reduces issues like warping, bubbles, and sinking that can occur with single-wavelength systems.

Fast curing times are a major advantage, with approximately 2 hours for epoxy and just 1 minute for UV resin. The 3D thermal cycle maintains temperatures between 122-149 degrees F, which helps prevent common defects during the curing process.

The smart touchscreen offers three working modes: Flat Mold, Tall Mold, and UV Light only. This flexibility makes the G3 suitable for various applications beyond just 3D printing, including jewelry making, epoxy casting, and other resin crafts.

Best for Multi-Purpose Use

The versatility to handle both 3D prints and other resin crafts makes this ideal for users who work with various resin applications.

Best for Fast Turnaround

The rapid curing times significantly reduce post-processing time, allowing you to move from print to finished product more quickly.

How to Choose the Right Wash and Cure Station

Selecting the right station depends heavily on your specific printer and workflow. The most critical factor is matching the washing and curing dimensions to your printer’s build plate size. A station that’s too small will force you to remove prints before washing, which adds time and increases the risk of damage.

For Mars 5 Ultra or Photon Mono M5s users, most standard stations will accommodate your build plate. Saturn 3 Ultra or larger format printers require stations with expanded capacities like the Mercury Plus V3.0 or Wash and Cure 3 Plus. Measure your build plate dimensions before purchasing and compare against the station’s maximum washing size.

2-in-1 vs 3-in-1 vs Separate Units

2-in-1 stations combine washing and curing in a single machine, which is sufficient for most users. They’re more compact and cost-effective than separate units. 3-in-1 stations add drying functionality, which is valuable if you want a completely hands-off workflow.

Separate wash and cure units offer more flexibility but require more space and typically cost more. They’re worth considering if you frequently wash and cure simultaneously to increase throughput, or if you want to upgrade one function without replacing the entire system.

Wash Capacity and IPA Considerations

Large wash tanks reduce the frequency of IPA replacement but require more solvent to fill initially. If you print regularly, a 7L+ tank like the Mercury Plus V3.0 provides enough capacity to handle multiple prints before the IPA becomes too contaminated.

Consider stations with dual-layer baskets if you want to conserve IPA. These designs let you use less solvent for smaller batches while still having full capacity available when needed. IPA concentration matters too, aim for 90% or higher for effective cleaning.

UV Curing Specifications

405nm is the standard UV wavelength for resin curing, and all quality stations use this. What varies is the number and arrangement of UV LEDs. More LEDs generally provide more even coverage, but placement matters as much as quantity.

Look for stations with multiple light sources, including under-platform lighting, which cures the bottom of prints more effectively. Turntable rotation ensures 360-degree exposure, which is essential for complete curing on complex geometries.

Water-Washable Resin Compatibility

Most wash and cure stations are designed for IPA-based cleaning and aren’t suitable for water-washable resins. Water can damage components not designed for it, particularly the bearings and electrical systems.

If you use water-washable resins, look for stations specifically rated for water compatibility, or plan to use a separate washing container. Some users successfully use water-compatible stations with a simple water bath, but verify this before purchasing.

Safety Precautions

UV exposure is a serious concern. All quality stations include UV-blocking covers that prevent light leakage. Look for safety interlocks that automatically stop curing when the cover is removed, like the micro switch on the Mercury Plus V3.0.

Proper ventilation is essential when working with IPA. The alcohol fumes can be harmful if inhaled in concentrated amounts. Use your station in a well-ventilated area, and consider stations with sealed washing containers to minimize fume release.

Gloves are non-negotiable when handling uncured resin. Nitrile gloves provide adequate protection, but change them if they become contaminated. Never touch uncured prints with bare hands, as the photopolymer resin is a skin irritant and sensitizer.

Do I need a wash and cure station or can I use a jar and sunlight?

You can use a jar filled with IPA for washing and sunlight for UV curing, but this approach has significant drawbacks. IPA washing in a jar requires manual agitation, which is inconsistent and often leaves uncured resin in crevices. Sunlight curing is weather-dependent, slow, and provides uneven exposure that can result in incomplete curing.

A dedicated station provides controlled, repeatable results with consistent cleaning and complete curing. For casual hobbyists printing occasionally, manual methods might suffice. Anyone printing regularly will benefit from the time savings, consistency, and safety that a station provides.

Can I use a wash and cure station with any resin brand?

Yes, wash and cure stations work with any standard photopolymer resin brand. The washing function relies on IPA or water to dissolve uncured resin, which works regardless of manufacturer. The UV curing uses 405nm light, which is standard across all SLA/DLP/MSLA resins.

The only consideration is resin-specific curing times. Some resins require longer UV exposure to fully cure. Consult your resin manufacturer’s recommendations and adjust your station’s curing time accordingly.

What is the difference between IPA and water-washable resins for post-processing?

IPA-based resins require isopropyl alcohol for washing, typically at 90% concentration or higher. IPA effectively dissolves uncured photopolymer but is flammable, produces fumes, and requires careful disposal. Water-washable resins can be cleaned with plain water, which is safer and more convenient but typically costs more per liter.

Most wash and cure stations are designed for IPA use. Water-washable resins can damage components not sealed against water exposure. If you use water-washable resin, either verify your station is water-compatible or use a separate container for the washing step.

How do I know when a print is fully cured?

Fully cured prints should feel hard and smooth, with no tacky or sticky surfaces. The color should be uniform throughout, without any glossy or wet-looking spots that indicate incomplete curing. Prints should not leave residue on your hands when touched.

If you’re unsure, extend the curing time by 2-3 minute intervals until the print achieves the desired hardness. Over-curing can make prints brittle, but under-curing leaves them fragile and potentially hazardous to handle.

Can I cure supports still attached, or should I remove them first?

It’s better to remove supports before curing whenever possible. Cured supports are harder to remove and can damage the print surface during removal. Supports also cast shadows that prevent UV light from reaching certain areas, potentially leading to incomplete curing.

If you must cure with supports attached, use a station with 360-degree light exposure and consider a handheld UV lamp to ensure shadowed areas receive adequate curing. Remove supports as soon as possible after curing to minimize the risk of damage.

What safety precautions are needed when washing resin prints?

Always wear nitrile gloves when handling uncured resin or IPA-soaked prints. Work in a well-ventilated area to avoid inhaling IPA fumes. Use UV-blocking safety glasses if your station’s cover is removed during curing. Never look directly at UV LEDs.

Dispose of spent IPA according to local regulations, as it’s contaminated with uncured resin and classified as hazardous waste in many areas. Keep your wash station away from open flames or sparks, as IPA vapors are flammable. Store IPA in approved containers away from heat sources.

Conclusion

After testing 15 wash and cure stations for resin 3D prints, the ELEGOO Mercury Plus V3.0 stands out as the best overall choice for most users. Its 7.5L capacity, 24 UV lights, and upgraded POM bearing provide excellent performance across a wide range of printing scenarios.

Budget-conscious buyers should consider the ANYCUBIC Wash and Cure 3 for its Flexicure gooseneck light and dual-layer basket design. The ELEGOO Mercury XS Bundle offers exceptional value with its included handheld UV lamp for detail work.

For large format printing, the phrozen Wash & Cure Kit provides the capacity and drying functionality needed for oversized prints. Consider your printer size, printing volume, and specific needs when making your choice.