ANYCUBIC Water Washable 3D Printer Resin 2.0 (Transparent Green) – LCD/DLP, 1kg

At a glance

If you’re printing resin models on an LCD/DLP machine and you’d rather spend less time wrestling with harsh post-processing, ANYCUBIC’s Water Washable 3D Printer Resin 2.0 is built for exactly that. The headline is simple: it’s designed to be cleaned using water, which can make the whole workflow feel less messy and more practical for regular use.

On paper, it also leans into the details that people usually care about after the “clean-up” part—accuracy, low shrinkage, and a more stable look over time. It’s not positioned as a magic “set and forget” resin, though, like most water-washable options, results still depend on getting your washing and curing steps broadly right.

Key takeaways

This resin is aiming at a mix of convenience and decent durability. The improved hydrophilic approach is meant to help residues rinse away using water, and the formulation includes a lower-shrinkage, low-viscosity angle for finer surface detail (especially for small models).

It also comes with a couple of performance notes that matter for real-world prints: it’s described as having anti-yellowing characteristics and a fairly strong cured performance, with a reported elongation rate of 16.62%. In plain terms, that’s meant to translate to better resilience and less cracking risk versus more brittle resins.

Still, it may not suit you if you need a specific material behaviour beyond what “resilient and low-odour, anti-yellowing” implies. Also, the entry mentions operation in the 15–20°C range for viscosity stability—if your workspace is much colder, you may need to think about how you’ll keep conditions consistent.

What stands out in everyday use

The biggest “you’ll notice this” difference is post-processing. Being water washable can reduce the need for extensive solvent handling, and it’s designed to help avoid wasting water resources (the brand notes that it doesn’t require unnecessary water usage).

For a practical micro-scenario: imagine you print a small transparent-green detail piece for a model display. After printing, you wash the uncured resin using water to clear away residues, then you move on to curing. The low-viscosity promise is geared toward keeping fine features sharper rather than filling in with blur, which is the kind of thing you can see on miniatures or intricate surfaces.

Strengths, and where it may fall short

Strengths - Designed for water washing to make post-processing easier. - Low shrinkage and low viscosity are intended to support surface detail and consistent flow. - Anti-yellowing improvements are claimed to help maintain the original colour intensity over longer exposure. - Reported resilience support via a 16.62% elongation figure.

What to keep an eye on - It’s optimised around a temperature range (15°C–20°C) for viscosity stability, so colder environments could affect how smoothly it prints. - Compatibility is stated for 365–405 nm and “most” LCD resin printers, but the entry doesn’t list your exact printer model—so it’s worth checking your machine’s wavelength support before committing. - Water-washable doesn’t automatically mean “no smell at all” in every setup. The listing calls out low odour, but ventilation and good practice still matter.

Tech specs

• Type: Water-washable 3D printing resin (for LCD/DLP printers)
• Colour: Transparent Green
• Wavelength range: 365–405 nm
• Target conditions for low viscosity: 15°C–20°C
• Elongation (reported): 16.62%
• Net weight: 1kg

Who it’s for (and who should skip it)

This resin makes sense if you want a resin workflow that’s easier to handle after printing—especially if you’re doing frequent small-to-medium prints like figurines, action-style parts, art components, or toy designs.

It’s also a decent fit if colour stability matters to you. The anti-yellowing claim is the sort of thing you’ll care about when prints are displayed rather than kept hidden.

You may want to skip it if: - your printing environment is often well below the 15°C–20°C range and you can’t easily stabilise temperatures, - you need absolute certainty about compatibility with your exact LCD/DLP model (the listing gives wavelength guidance, but not a model-by-model match), - you’re expecting a fully hands-off process—post-curing and good cleaning still remain part of getting good results.

In the end: Should you buy it?

Buy it if you’re set on resin printing with an LCD/DLP machine in the 365–405 nm space and you value water-wash post-processing. For people who already do regular model printing and want to reduce solvent hassle, this is the kind of resin that fits the “practical day-to-day” brief.

Don’t buy it if your workshop is consistently colder than the stated viscosity-stable range, or if you can’t verify that your printer sits within the wavelength support the resin is designed for. Also, if your top priority is a very specific, extreme mechanical performance (beyond “resilient and less crack-prone”), you may find more specialised options suit you better.

Mini FAQ

How does the water-wash process work in practice?

The listing’s core idea is that residues can be removed using water thanks to improved hydrophilic materials. In practice, you still need to clean away uncured resin properly and then cure as directed by your printing routine.

Is it suitable for miniatures and detailed prints?

It’s described as low-shrinkage and low viscosity, which is generally aimed at better surface detail—particularly helpful for smaller, more intricate models.

Will the colour stay the same over time?

The listing claims improved anti-yellowing performance intended to help maintain the original colour intensity even after prolonged exposure.

What printers is it compatible with?

It’s described as supporting 365–405 nm and “most” LCD resin printers. If your printer’s stated wavelength support doesn’t match, it may not be a great match.

What should I consider about temperature?

The resin is described as maintaining low viscosity in cooler environments of 15°C–20°C, so extremely cold rooms may affect flow and consistency.