Best Wash-and-Cure Stations for Resin Printers Reviewed

Resin post-processing is where a lot of prints go wrong. The wash step strips uncured resin from the surface; the cure step locks in final hardness and detail , skip either, or do them poorly, and the model that looked perfect on the build plate ends up tacky, brittle, or warped. A dedicated wash-and-cure station brings both steps into a controlled workflow, which matters more than most new resin printers expect.

The picks below cover the established options across capacity tiers , from standard desktop footprints to larger stations built for the Mono M5s and similar big-bed machines. For more context on the full resin Post-Processing workflow, that hub covers washing, curing, and finishing from the ground up.

Top Picks

ANYCUBIC Wash and Cure 3

The ANYCUBIC Wash and Cure 3 is the baseline two-in-one from ANYCUBIC’s current generation , the station most owners land on when they’re stepping up from improvised mason-jar washing and UV flashlight curing. Spec sheets show the upgraded volume over the previous generation is a meaningful bump, not just a marketing revision; owners printing standard-scale figures and mechanical parts report fitting their build plates without trimming.

The gooseneck lights are a practical addition. Owners note they help with spotting residual resin on complex geometry during the wash phase , not essential, but genuinely useful. The two-in-one format means one piece of equipment, one power cable, and one workflow instead of two. The trade-off community consensus flags consistently: a dedicated wash tank with active agitation will clean more thoroughly than the combined unit at the same price tier, and a dedicated UV chamber will cure more evenly. For most owners running occasional weekend prints, that trade-off is acceptable.

Where this station starts to show limits is with large flat prints , broad, thin pieces can sit partially above the IPA line if the wash basket isn’t loaded carefully. That’s a technique issue as much as a design issue, but worth knowing before the first batch.

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ANYCUBIC Wash and Cure Machine 3.0

The ANYCUBIC Wash and Cure Machine 3.0 is spec’d specifically around the ANYCUBIC Photon Mono 4K and Mars series build plates, which means the wash basket dimensions are sized to hold those plates without improvisation. For owners already running one of those printers, that match matters , there’s no guessing whether the basket will fit, and no awkward angling of the plate to get it submerged.

Owner reports indicate the curing turntable provides reasonably even UV exposure on symmetrical models. Complex geometry with deep undercuts or internal cavities is where any rotating-platform cure station runs into physics limits , you’ll need to flip or reposition the model partway through for full exposure, which is standard practice with this format.

The dedicated compatibility is the defining feature and the main caveat in one. Owners using non-ANYCUBIC printers with different build plate dimensions report the basket sizing works out in some cases and doesn’t in others , worth verifying plate dimensions against the station’s internal volume before ordering.

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ANYCUBIC Wash and Cure 3 Plus Station

The ANYCUBIC Wash and Cure 3 Plus Station is the footprint upgrade in the Wash and Cure 3 line. The dual-layer design is the differentiating spec , the wash basket and cure chamber are stacked rather than switched-in-place, which changes the workflow. Owners report it reduces the handling steps between wash and cure, which matters when your hands are already coated in IPA residue.

The gooseneck lights carry over from the standard Wash and Cure 3, and the larger internal volume is confirmed in owner reports as a genuine improvement for anyone printing at the upper end of mid-size build plates. The trade-off is bench space: this station is physically larger than the standard version, and the dual-layer configuration adds height. For a dedicated resin workspace, that’s a non-issue. For a shared desk or compact setup, it’s worth measuring before ordering.

IPA consumption scales with the larger tank volume, which means both more solvent per fill and more frequent replacement costs at higher print volumes. Owner consensus on this is pragmatic , the capacity improvement justifies it if you’re printing regularly, less so for occasional use.

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ELEGOO Mercury Plus 2.0 Wash and Cure Station

The ELEGOO Mercury Plus 2.0 is the main cross-brand alternative to the ANYCUBIC line. The compatibility spec covers Mars, Photon S, Photon Mono, LCD, SLA, and DLP printers , ELEGOO’s language is broad here, and owner reports generally support it. Owners using non-ANYCUBIC machines, including various Creality Halot and Phrozen units, report the basket accommodates standard-format build plates without modification.

Version 2.0 refined the UV array placement and the wash motor compared to the original Mercury Plus. Community consensus on r/3Dprinting places the Mercury Plus 2.0 as the default recommendation for owners who aren’t printing exclusively on ANYCUBIC hardware , the iterative refinement shows in fewer reported motor failures and more consistent cure times relative to the V1.

The honest assessment on cure quality: rotating-platform UV stations cure well on convex and open surfaces. Deep channels, threaded holes, and interior cavities on complex resin prints will need manual repositioning regardless of which station you use. This is a physics constraint, not an ELEGOO-specific limitation.

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ANYCUBIC Wash & Cure Plus 3.0

The ANYCUBIC Wash & Cure Plus 3.0 is spec’d for the Mono M5s and similarly large-format MSLA and SLA machines , owners printing at that build volume don’t have many alternatives at this capacity tier. Spec sheets show a more powerful UV array than the standard Wash and Cure 3, and owner reports confirm faster cure cycles on dense, full-platform prints compared to mid-size stations.

The improved IPA usage efficiency ANYCUBIC cites refers to the tank geometry relative to the build volume , less dead volume means the IPA level reaches the parts without overfilling. Owners running high-volume print sessions confirm the efficiency gain is real, though replacement solvent is still a recurring cost at any print volume.

This station is sized for the upper tier of consumer resin printing. If your build plate is standard MSLA size and you’re not pushing the upper limits of your printer regularly, the smaller Wash and Cure 3 or the Mercury Plus 2.0 handles the job with less bench commitment. The Plus 3.0 is the right answer when the prints are large , not before.

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ELEGOO Washing Bucket for Mercury Plus V2.0

The ELEGOO Washing Bucket for Mercury Plus V2.0 is the only accessory on this list rather than a complete station , and it belongs here because owners running the Mercury Plus 2.0 routinely keep a second bucket in rotation. The core workflow reason: one bucket holds active IPA for washing, the second holds a cleaner rinse bath or serves as the next stage of a two-stage wash. Keeping print quality consistent over multiple sessions requires IPA that isn’t heavily saturated with uncured resin.

At 7.21 × 5.84 × 9.65 inches, the bucket fits the Mercury Plus V2.0 wash mechanism directly. Owners confirm dimensional compatibility without modification. The practical consideration is capacity , at high print volume, this size bucket will need emptying and IPA replacement more frequently than a larger third-party container. For most desktop resin workflows, that’s not a bottleneck.

The case for keeping a spare is straightforward: uncured resin-saturated IPA evaporates slowly and degrades with UV exposure, so a clean second bucket extends the working life of both fill volumes. Owner consensus makes this a standard pairing with the Mercury Plus 2.0 rather than an optional add-on.

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Buying Guide

Capacity and Build Plate Fit

The single most practical spec to check before buying any wash-and-cure station is internal basket dimensions versus your printer’s build plate. Owner reports consistently cite basket-to-plate mismatch as the most common setup error , the plate either doesn’t submerge fully or requires awkward angling that leaves portions unwashed.

Measure your build plate before ordering. ANYCUBIC’s station lineup is sized around their own printer series, which makes fit straightforward for ANYCUBIC owners. Cross-brand compatibility is more reliable with the ELEGOO Mercury Plus 2.0, but verifying plate dimensions against basket specs is still the right move.

Larger stations cost more and occupy more bench space. The correct capacity is the one that fits your actual build plate with room to spare , not the largest available.

Wash Quality vs. Cure Quality Trade-offs

Two-in-one stations make a workflow compromise by design: the wash mechanism and UV array share a chassis optimized for neither function individually. Dedicated wash tanks typically provide stronger agitation; dedicated UV chambers typically provide more even exposure across complex geometry.

For most desktop resin printers running standard figures, miniatures, and functional parts, the two-in-one trade-off is acceptable. Owner reports on the Mercury Plus 2.0 and Wash and Cure 3 confirm print quality that’s suitable for the majority of use cases. Where the compromise shows is on prints with deep interior cavities or very fine surface texture , those benefit from a longer wash cycle and manual repositioning during cure.

Owner consensus on r/3Dprinting generally lands here: start with a two-in-one station unless your print complexity specifically warrants separate equipment.

IPA Management and Solvent Costs

IPA is a recurring cost in any resin workflow, and wash-and-cure station capacity directly affects consumption rate. A larger tank requires more IPA per fill; a more heavily used station depletes IPA faster as uncured resin accumulates and reduces cleaning effectiveness.

The practical mitigation owners use is a two-stage wash: a first-stage bucket for bulk resin removal, a second for a cleaner final rinse. This approach extends IPA life significantly, which is why the ELEGOO Washing Bucket is a standard pairing with the Mercury Plus 2.0 rather than an afterthought.

Used IPA with dissolved uncured resin requires proper disposal , it shouldn’t go down the drain. Allow saturated IPA to cure in sunlight in a clear container, then dispose of the solid residue according to local guidelines. This is standard post-processing practice for resin printing, not station-specific.

UV Curing: Exposure Time and Rotation Limits

Rotating-platform UV curing works reliably on convex surfaces, open geometry, and symmetrical models. The physics limit appears with complex prints , undercuts, internal channels, and recessed detail receive less direct UV exposure during a single rotation pass.

The practical technique is straightforward: run the initial cure cycle, then manually reposition the model and run a second shorter cycle targeting the undersides and recessed areas. Cure times vary by resin formulation and UV array power , consult your resin manufacturer’s guidance rather than relying on station defaults, which are conservative.

The Wash & Cure Plus 3.0’s higher-power UV array reduces overall cycle time on dense, large prints. For standard desktop-scale work, the cure array on the Mercury Plus 2.0 and Wash and Cure 3 is sufficient.

Station Footprint and Workshop Fit

Resin post-processing equipment requires a dedicated, ventilated workspace. IPA vapors and uncured resin aerosols are real concerns , working near a window or under ventilation isn’t optional. This affects station placement more than size.

Larger stations like the Wash and Cure 3 Plus and the Wash & Cure Plus 3.0 require more lateral bench space and height clearance. If your resin workspace is compact, the standard Wash and Cure 3 or Mercury Plus 2.0 fits a smaller footprint without sacrificing the core two-in-one workflow.

Plan the full setup before ordering: printer, station, IPA storage, PPE, and ventilation path all need to coexist. The station that fits your bench and your build plate is the right choice regardless of tier.

Frequently Asked Questions

What’s the difference between the ANYCUBIC Wash and Cure 3 and the Wash and Cure 3 Plus?

The Wash and Cure 3 Plus uses a dual-layer stacked design that physically separates the wash basin and cure chamber, which reduces handling steps between wash and cure phases. The standard Wash and Cure 3 uses a single chassis where the basket swaps between functions. The Plus also has a larger internal capacity suited to bigger build plates. Owners with compact workspaces or standard-format printers typically find the standard Wash and Cure 3 adequate; the Plus is the right step up for larger-format machines or high-volume print sessions.

Is the ELEGOO Mercury Plus 2.0 compatible with ANYCUBIC printers?

Owner reports and ELEGOO’s compatibility spec both indicate the Mercury Plus 2.0 works with Photon, Mars, LCD, SLA, and DLP format machines , so ANYCUBIC Photon and Mars series printers are included in practice. The key verification is basket dimensions versus your specific build plate size. Most standard-format ANYCUBIC plates fit without modification, but measuring before ordering is the reliable approach.

Do I need a separate washing bucket if I already own the Mercury Plus 2.0?

Not strictly, but owners running regular print sessions find a second bucket extends IPA working life considerably. The ELEGOO Washing Bucket for Mercury Plus V2.0 is dimensionally matched to the station, making a two-stage wash straightforward , first stage removes bulk resin, second stage provides a cleaner rinse. For occasional printing, a single bucket is workable; for regular sessions, the second bucket pays for itself in IPA savings and more consistent wash quality.

Which station is best for large-format resin printers like the Mono M5s?

The ANYCUBIC Wash & Cure Plus 3.0 is spec’d specifically for large-format MSLA machines including the Mono M5s. Its wash basket and UV chamber are sized to handle the larger build volumes those printers produce, and the higher-power UV array reduces cure time on dense, full-platform prints. Owners running standard mid-size printers don’t need this capacity tier , the standard Wash and Cure 3 or Mercury Plus 2.0 handles that workload with a smaller bench footprint.

How often does IPA need to be replaced in a wash-and-cure station?

Replacement frequency depends on print volume and model complexity , more prints and more surface area mean more dissolved uncured resin accumulating in the IPA. Owner consensus points to visual cloudiness and reduced washing effectiveness as the reliable indicators, rather than a fixed session count. Allowing saturated IPA to cure in sunlight in a clear container solidifies the resin for safe disposal; the clarified solvent can sometimes be reused for a rough first-stage wash, extending working life before full replacement.