10 Best 3D Printer Wash Cure Stations for Multiple Printers in 2026

Written by: Editor In Chief
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Managing resin prints from multiple printers is easier when washing and curing are handled by dedicated equipment. The right station can reduce mess, improve consistency, and accommodate everything from compact tabletop models to large-format prints.

This roundup compares 10 options from Anycubic, Elegoo, and UniFormation, focusing on usable capacity, printer compatibility, curing flexibility, and features that matter in busy home, classroom, and workshop setups.

Best 10 3d Printer Wash Cure Stations for Multiple Printers Picks for 2026

Large-Format FlexiCure Pick

ANYCUBIC Wash & Cure 3 Plus

ANYCUBIC Wash & Cure 3 Plus
  • 7.6L basket for larger prints
  • Supports platforms up to 10.6 inches
  • Dual-layer curing platform

Best For: Multi-printer setups using larger compatible resin printers

Separate High-Throughput Pair

ELEGOO Mercury X Bundle

ELEGOO Mercury X Bundle
  • Separate wash and cure machines
  • 7.5L container for larger parts
  • Wash and cure at the same time

Best For: Users prioritizing batch throughput with larger MSLA prints

Compact Gooseneck Workhorse

ANYCUBIC Wash & Cure 3

ANYCUBIC Wash & Cure 3
  • 4L cleaning bucket
  • Supports LCD printers up to 7.3 inches
  • One-click wash and cure modes

Best For: Smaller LCD printer setups needing a compact station

Ultrasonic Cleaning Specialist

UniFormation W230 Resin Wash Machine

UniFormation W230 Resin Wash Machine
  • 40kHz ultrasonic cleaning
  • 7L tank for larger models
  • Direct build-plate loading and IPA drainage

Best For: Multi-printer workflows needing dedicated batch washing

Best for High-Volume Resin Work

ANYCUBIC Wash & Cure Max 3.0

ANYCUBIC Wash & Cure Max 3.0
  • 15.1-liter liquid capacity
  • Automatic wash-then-cure mode
  • 360-degree cleaning and curing

Best For: Larger models and frequent resin post-processing

Best for Parallel Processing

ELEGOO Mercury XS Bundle

ELEGOO Mercury XS Bundle
  • Separate wash and cure units
  • Can process washing and curing simultaneously
  • Includes handheld UV detail light

Best For: Multi-model workflows and intricate resin prints

Best for Flexible Mid-Size Curing

ANYCUBIC Wash & Cure Plus 3.0

ANYCUBIC Wash & Cure Plus 3.0
  • 12-liter wash bucket
  • Focused gooseneck curing light
  • Adjustable 1–30 minute cycles

Best For: Mid-size prints and detailed resin models

Large-Format Pick

ELEGOO Mercury Plus 3.0

ELEGOO Mercury Plus 3.0
  • 7.5L cleaning capacity for larger models
  • 360° curing with 24 405nm LEDs
  • Basket and hanging cleaning modes

Best For: Multi-printer setups handling larger compatible prints

Maximum Capacity Pick

ANYCUBIC Wash and Cure Max 3

ANYCUBIC Wash and Cure Max 3
  • Handles models up to 305 × 165 × 300mm
  • Rotating basket supports up to 3kg
  • Customizable washing and curing cycles

Best For: Large-format printers and high-volume post-processing

Compact Value Pick

ELEGOO Mercury Plus 2.0

ELEGOO Mercury Plus 2.0
  • Compact 8.36-pound design
  • Washes with the build plate or basket
  • Compatible with most LCD, DLP, and SLA printers

Best For: Space-conscious users processing standard-size resin prints

Large-Format FlexiCure Pick – ANYCUBIC Wash & Cure 3 Plus

For shoppers comparing 3d printer wash cure stations for multiple printers, the ANYCUBIC Wash and Cure 3 Plus is a strong fit for larger LCD, SLA, and DLP workflows. Its 7.6L washing basket and support for platforms from 6.6 to 10.6 inches make it useful across several compatible printer sizes.

Best For: Users with larger resin printers, multiple compatible machines, or batches of models that need expanded washing and curing capacity.

Pros:

  • 7.6L washing basket supports larger models and printers up to 10.6 inches.
  • FlexiCure gooseneck light targets subtle areas and the tops of models.
  • Dual-layer curing platform can cure more models per cycle.
  • Adjustable basket heights help use IPA efficiently.

Cons:

  • Its larger footprint may require more workspace.
  • It is designed for compatible resin-printing workflows rather than water-washable resin guidance.

The 3 Plus stands out when compatibility range and throughput matter most. The larger basket, adjustable setup, and dual-layer curing platform make it a practical central station for a multi-printer resin workspace.

Separate High-Throughput Pair – ELEGOO Mercury X Bundle

The ELEGOO Mercury X Bundle takes a different approach to 3d printer wash cure stations for multiple printers: separate washing and curing machines let you process both stages at the same time. Its 7.5L container is sized for larger resin prints from compatible Saturn and Mars MSLA printers.

Best For: Resin users who want simultaneous washing and curing, larger-model support, and a dedicated two-machine post-processing setup.

Pros:

  • Separate washing and curing machines help maximize throughput.
  • 7.5L container accommodates larger parts and build plates.
  • 405nm curing system uses LED light bars, underside LEDs, and Fresnel lenses.
  • Single-knob controls and a UV cover support straightforward operation.

Cons:

  • The two-unit design requires more counter space than a combined station.
  • The wash machine must contain liquid before operation.
  • Water-washable resin should be cleaned with running water instead.

Choose the Mercury X Bundle if minimizing processing bottlenecks is more important than having a compact all-in-one unit. The paired machines are especially useful when washing one batch while curing another.

Compact Gooseneck Workhorse – ANYCUBIC Wash & Cure 3

For smaller compatible machines, the ANYCUBIC Wash and Cure 3 offers a more compact option among 3d printer wash cure stations for multiple printers. Its 4L cleaning bucket and adjustable basket accommodate LCD printers up to 7.3 inches, while the gooseneck light helps focus curing on detailed areas.

Best For: Workspaces supporting smaller LCD resin printers and users who want simple one-click washing and curing controls.

Pros:

  • 4L bucket and expanded basket capacity handle larger models than the prior generation.
  • Gooseneck light strengthens curing in subtle areas.
  • Two adjustable basket heights support platforms from 5.9 to 7.3 inches.
  • One-click mode selection and 1-to-30-minute timing simplify operation.

Cons:

  • Its capacity is smaller than the 3 Plus and Mercury X options.
  • Compatibility is aimed at LCD printers up to 7.3 inches.

This model is a sensible choice for a multi-printer bench built around smaller LCD machines. It combines straightforward controls, IPA-conscious basket adjustment, and targeted curing without stepping up to a larger-format station.

Ultrasonic Cleaning Specialist – UniFormation W230 Resin Wash Machine

The UniFormation W230 is a dedicated resin wash machine rather than a combined wash-and-cure unit. For 3d printer wash cure stations for multiple printers, it can serve as a centralized cleaning station, using 40kHz ultrasonic power, a 7L tank, and direct build-plate loading for larger batches.

Best For: Multi-printer resin workflows that need deep, batch-oriented washing and convenient IPA recovery before a separate curing step.

Pros:

  • 40kHz ultrasonic cleaning removes uncured resin from models in minutes.
  • 7L tank supports models up to 235 × 140 × 210 mm.
  • Accepts complete build plates or prints in the removable basket.
  • Leak-proof drainage supports IPA recovery and cleaner fluid changes.

Cons:

  • It is a wash-only machine, so curing requires separate equipment.
  • At 22.8 pounds, it is heavier than the other listed options.
  • Its larger dimensions may challenge compact workspaces.

The W230 makes the most sense when washing is the main bottleneck or when a workshop already has a separate curing setup. Its ultrasonic cleaning, build-plate slot, and drainage system emphasize repeatable batch handling over all-in-one convenience.

Best for High-Volume Resin Work – ANYCUBIC Wash & Cure Max 3.0

For anyone comparing 3d printer wash cure stations for multiple printers, the ANYCUBIC Wash & Cure Max 3.0 stands out with its 15.1-liter liquid capacity and extra-large washing area. It is designed for compatible resin printers with build volumes up to 13.6 inches and can automate washing followed by curing.

Best For: Larger resin models, frequent batch processing, and users who want automated wash-and-cure cycles.

Pros:

  • 15.1-liter liquid capacity and a maximum wash capacity of 305 x 165 x 300 mm.
  • Automatic mode can wash and then cure models without requiring a separate manual changeover.
  • Supports automatic, washing-only, and curing-only modes with adjustable durations.
  • 360-degree spray rinsing, bottom cleaning, and rotating curing are designed for thorough post-processing.

Cons:

  • Its large 18.96 kg form factor may require substantial workspace.
  • Compatibility is specified for most resin printers with build volumes of 13.6 inches or lower.

The Max 3.0 is a strong choice when capacity and streamlined processing matter more than a compact footprint. Its flexible modes also make it practical for users who occasionally need washing or curing independently.

Best for Parallel Processing – ELEGOO Mercury XS Bundle

The ELEGOO Mercury XS Bundle is a practical option among 3d printer wash cure stations for multiple printers because its separate washing and curing units can operate at the same time. That arrangement is useful when one model is being washed while another is ready for curing.

Best For: Multi-model workflows, users who want simultaneous washing and curing, and detail-focused resin cleanup.

Pros:

  • Separate wash and cure machines support simultaneous operation.
  • Includes a handheld UV light for small or complex model details.
  • Wash station accommodates models up to 180 x 121 x 153 mm with the platform, or 201 x 124 x 255 mm without it.
  • Includes a dedicated dual-output power adapter, wash bucket, basket, and protective sunglasses.

Cons:

  • The two-unit design requires more setup space than a combined station.
  • Timer operation is limited to a maximum of 30 minutes per cycle.

Choose the Mercury XS Bundle if workflow speed is your priority. Its separate stations offer better process overlap than a 2-in-1 design, while the handheld UV light adds control for intricate areas.

Best for Flexible Mid-Size Curing – ANYCUBIC Wash & Cure Plus 3.0

The ANYCUBIC Wash & Cure Plus 3.0 offers a balanced setup for shoppers seeking 3d printer wash cure stations for multiple printers without moving to the Max model. Its 12-liter bucket and 7.6-liter basket are designed for LCD resin printers measuring 10.6 inches or below.

Best For: Mid-size resin prints, adjustable platform cleaning, and models with delicate details that benefit from targeted curing.

Pros:

  • 7.6-liter basket and 12-liter bucket provide increased cleaning capacity.
  • Flexicure gooseneck lights add focused curing for model tops and fine details.
  • Adjustable platform cleaning heights of 150 mm and 250 mm can help use IPA efficiently.
  • Cleaning and curing times are adjustable from 1 to 30 minutes.

Cons:

  • It is specified for LCD resin printers with build volumes of 10.6 inches or below.
  • The larger dimensions may be less suitable for very limited workspaces.

The Plus 3.0 is a versatile middle-ground choice, combining increased washing capacity with improved curing uniformity and a focused gooseneck light. It suits users who need more room than a compact station but not the Max 3.0’s largest capacity.

Large-Format Pick – ELEGOO Mercury Plus 3.0

For shoppers comparing 3d printer wash cure stations for multiple printers, the ELEGOO Mercury Plus 3.0 stands out with expanded washing and curing capacity. It supports models from printers up to 10 inches and offers both basket and hanging cleaning options.

Best For: Users processing larger prints or switching between compatible ELEGOO Mars and Saturn printers.

Pros:

  • 7.5L cleaning capacity with a maximum cleaning size of 230 × 135 × 260mm.
  • Large curing area measuring up to 250mm in diameter by 290mm high.
  • Combines washing and curing with 24 405nm LEDs, a rotating turntable, and bottom lighting.
  • Supports basket cleaning or hanging the print platform to limit contact with uncured resin.

Cons:

  • Its larger 19.56-inch-wide body requires substantial workspace.
  • Its compatibility is specified for printers up to 10 inches, so larger platforms may not fit.

The Mercury Plus 3.0 is a practical choice when shared post-processing equipment needs to accommodate larger models. Its expanded dimensions and two cleaning methods make it especially useful for a multi-printer setup.

Maximum Capacity Pick – ANYCUBIC Wash and Cure Max 3

Among 3d printer wash cure stations for multiple printers, the ANYCUBIC Wash and Cure Max 3 is designed for especially large models. Its spacious wash area, customizable cycles, and dual cleaning approach can help streamline post-processing across a busy printing workflow.

Best For: Users with printers up to a 13.6-inch build volume who regularly clean large, heavy models.

Pros:

  • Supports models up to 305 × 165 × 300mm and a rotating basket load of up to 3kg.
  • Combines spray rinsing and bottom immersion washing for comprehensive cleaning.
  • Customizable cleaning and curing durations with multiple operating modes.
  • Uses about 4L of detergent for 25cm/10-inch models, according to the supplied specifications.

Cons:

  • Its 39.5-pound weight and 20.4 × 20.4 × 25-inch dimensions make it difficult to relocate.
  • The larger format may be excessive for small models or compact workspaces.

The Wash and Cure Max 3 is the strongest capacity-focused option in this group. Choose it when large-format compatibility, high basket capacity, and adjustable cycles matter more than portability.

Compact Value Pick – ELEGOO Mercury Plus 2.0

The ELEGOO Mercury Plus 2.0 is a more compact option for shoppers seeking 3d printer wash cure stations for multiple printers without a large footprint. It supports washing from either the build plate or included basket and is designed to work with most LCD, DLP, and SLA printers.

Best For: Users who need a lighter, space-conscious station for several compatible resin printers.

Pros:

  • Combines washing and curing in one machine.
  • Includes a washing container and basket for flexible handling.
  • Supports processing with the build plate or basket for larger or multiple models.
  • Uses 16 405nm UV lamp beads and a 360° rotating turntable for curing.

Cons:

  • Its capacity is smaller than the Mercury Plus 3.0 and ANYCUBIC Max 3.
  • It has fewer UV lamp beads than the Mercury Plus 3.0.
  • The supplied notes do not specify a maximum model size.

The Mercury Plus 2.0 makes sense for shared workspaces that prioritize a smaller, lighter unit and broad printer compatibility. It offers the core wash-and-cure workflow without the larger footprint of the newer high-capacity models.

How We Picked the Best 3d Printer Wash Cure Stations for Multiple Printers

We focused on wash-and-cure systems that can support more than one resin printer or a varied print workflow. The selection includes compact stations for smaller parts, larger systems for oversized models, and bundles with separate washing and curing equipment. We also considered container size, maximum model dimensions, curing coverage, control simplicity, cleanup requirements, and compatibility with common LCD, SLA, and DLP resin printers.

Because printer ecosystems differ, a station marketed as compatible with a specific Anycubic or Elegoo series may still work with other resin prints if the part fits and the washing method is suitable. Always verify the manufacturer’s maximum dimensions before buying.

Quick Comparison

Best For What to Prioritize
Multiple compact printers Flexible basket capacity, simple controls, and a manageable footprint
Large-format resin printers Wide washing volume and enough clearance for the tallest model
High-throughput workflows Separate wash and cure functions, fast cycle controls, and easy part handling
Detailed miniatures Even UV coverage, turntable performance, and adjustable curing time
Budget-conscious users Reliable basic washing and curing without unnecessary accessories

Key Buying Factors for 3d Printer Wash Cure Stations for Multiple Printers

Capacity and Dimensions

Measure your largest typical print, not just the build plate of your printer. Washing volume and curing space can differ, and a station may fit several small parts while struggling with one large model. Extra capacity also lets you batch parts from multiple printers, reducing repeated cycles.

Wash Method and Solvent Handling

Check whether the system uses a removable basket, sealed container, or a platform-mounted wash process. A sealed design can limit splashing and odor, while a removable basket may make draining and rinsing easier. Confirm whether the unit is intended for water-washable resin or alcohol-based cleaning, and follow the resin manufacturer’s safety instructions.

Curing Coverage and Control

Look for consistent UV exposure around the entire part, a rotating platform, and adjustable timer settings. Gooseneck or handheld UV lights can help reach recessed areas, but they require more manual handling. For batches, an enclosed chamber is usually faster and more repeatable.

Workflow and Maintenance

Consider how easily you can move parts between washing and curing, replace cleaning liquid, clean the container, and store accessories. A slightly larger station may be worthwhile if it reduces handling between several printers.

Who Should Buy Which 3d Printer Wash Cure Stations for Multiple Printers?

Choose a compact Anycubic or Elegoo station if your printers mainly produce miniatures, prototypes, or small functional parts. For larger resin models or mixed printer fleets, prioritize the high-capacity Anycubic Max, UniFormation W230, or a Mercury X or XS bundle-style setup. Buyers who want more manual control may prefer a system with a handheld or gooseneck UV light, while users processing frequent batches should favor enclosed curing and generous wash capacity.

Whichever model you choose, match the station to your largest print, leave room for safe ventilation and handling, and keep contaminated solvent, resin residue, and uncured parts managed according to local disposal guidance.