ANYCUBIC 3D Printer Resin 2.0, 405nm Plant-Based Rapid Resin 2.0, Low Odor, Photopolymer Resin for LCD 3D Printing,1kg Grey
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AI Verdict
A 405nm plant-based photopolymer resin for LCD/DLP 3D printers, offering ultra-low odor and EN 71-3:2013 safety standards.
This resin is a situational fit for users prioritizing low odor and plant-based materials, as it meets EN 71-3:2013 safety standards and uses soybean oil. However, its reported brittleness and potential need for exposure time adjustments mean it's not a universal solution for all printing needs.
If print durability is a primary concern, look for resins specifically marketed as "ABS-like" or "tough" with higher flexural and tensile strength.
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Pros
- Uses soybean oil as a raw material, making it plant-based.
- Features ultra-low odor, adhering to EN 71-3:2013 safety standards.
- Compatible with a 355nm-410nm wide band, suitable for most LCD/DLP 3D printers.
- Designed to ensure strength without excessive shrinkage in molded parts.
- Can produce models with high precision and smoothness.
- Some users report it's slightly more flexible than standard Anycubic resins, beneficial for miniatures.
Cons
- Prints can be brittle, with some users reporting parts cracking post-curing.
- May require longer exposure times than other resins, necessitating settings adjustments for successful prints.
- Requires specific storage conditions between 15°C-35°C, sealed, and away from direct sunlight.
- Some users experienced prints sticking excessively to the build plate, requiring bottom exposure time adjustments.
- Can leave a tacky residue if not thoroughly washed after printing.
Dimension Scores
It's designed for high precision and smoothness, with users reporting good detail when settings are dialed in.
While low odor is a plus, the need for specific storage, potential brittleness, and required exposure time adjustments make it less plug-and-play.
Its wide 355nm-410nm compatibility with most LCD/DLP printers is a strength, but its brittleness limits its use for functional parts.
Users frequently report brittleness and cracking post-curing, indicating lower resistance to mechanical stress compared to other resins.
Best For
- Hobbyists printing detailed miniatures on LCD/DLP machines.
- Users sensitive to strong resin odors in their printing environment.
- Makers prioritizing environmentally friendlier materials.
- Beginners willing to dial in settings for a widely compatible resin.
Not Recommended For
- Users needing extreme impact resistance for functional parts.
- Those unwilling to experiment with exposure settings for optimal results.
- Individuals printing in cold environments without temperature control for the resin.
Watch Out For
- Prints can be brittle, with some users reporting models cracking apart post-curing, especially for delicate parts.
- Exposure times often need to be increased by 1-2 seconds per layer compared to other resins to achieve proper curing.
- Prints can stick excessively to the build plate, requiring adjustments to bottom exposure times for easier removal.
- Requires thorough washing; some users reported a sticky residue even after standard IPA baths if not washed long enough.
- Performance can be inconsistent if ambient temperature is not within the recommended 15°C-35°C range.
Full Specifications
| ASIN | B08XN65RW7 |
| Item Weight | 2.61 pounds |
| Manufacturer | Anycubic |
| Product Dimensions | 3.94 x 3.94 x 3.94 inches |
What Buyers Say
Many users are drawn to this resin for its significantly reduced odor and plant-based composition, making it more tolerable for printing in less-ventilated spaces. However, a common theme is the need to meticulously dial in exposure settings, as some users experience print failures or excessive sticking to the build plate with default profiles. Once settings are optimized, the detail and finish are generally well-regarded, but the cured prints tend to be brittle, which can be a drawback for functional models or delicate parts.
“Ugh, this stuff smells way better than my old resin, but seriously, why do all my tiny sword tips keep breaking off? Gotta tweak those settings again, I guess.”
Common Praise
- The smell is almost non-existent, making printing much more pleasant in a home environment.
- Models come out with sharp details and smooth surfaces after proper curing.
- It's compatible with a wide range of LCD/DLP printers, working across the 355nm-410nm band.
- The plant-based formula feels like a more environmentally conscious choice.
- Some found it slightly more flexible than other standard Anycubic resins, which helped with support removal on miniatures.
Common Complaints
- Prints are brittle and prone to snapping, especially thin features or after post-curing.
- Requires longer exposure times than expected, leading to failed prints if settings aren't adjusted.
- Models can stick too aggressively to the build plate, making removal difficult and sometimes damaging prints.
- Can leave a tacky or sticky surface even after washing if not thoroughly cleaned.
- Inconsistent results reported by some, with issues like hollow spots or incomplete curing in molds.
Ownership Tips
- Always wear gloves; despite being low odor and plant-based, it's still a chemical irritant.
- Keep the printing area well-ventilated, even if you can't smell much.
- Expect to spend time calibrating exposure settings for your specific printer.
- Prints benefit from a longer, more thorough wash cycle to avoid any residual tackiness.
- Handle cured prints with care, as small details can be fragile.
Frequently Asked Questions
Is this resin truly low odor?
Yes, it uses soybean oil as a raw material and is designed for ultra-low odor, meeting EN 71-3:2013 safety standards.
What printers is this resin compatible with?
It's compatible with most LCD/DLP light curing 3D printers, supporting a 355nm-410nm wide band.
How should I store this resin?
Store it in a dry, dust-free place between 15°C-35°C, sealed, and away from direct sunlight to maintain quality.
Are prints from this resin brittle?
Some users report prints can be brittle, especially thin or delicate parts, and may crack post-curing.
Does it shrink much?
The resin is formulated to ensure strength without excessive shrinkage, aiming for high precision in molded parts.
Do I need to adjust my printer settings for this resin?
Yes, users often need to adjust exposure times, potentially increasing them, and fine-tune bottom exposure for optimal adhesion and curing.
Buying Guide
When buying 3D printer resin, you're essentially choosing the physical properties of your final prints and how easy it is to work with. You need to match the resin's UV wavelength (this one is 405nm) to your printer's light source. Also, consider the environment you'll be printing in; low-odor resins like this one are a big plus if you're not in a dedicated workshop.
405nm UV Wavelength
This number tells you what type of UV light your printer needs to cure the resin. Most modern LCD/DLP printers use 405nm, so this resin is widely compatible, like a universal charger for your phone.
Plant-Based, Low Odor
This means the resin is made with materials like soybean oil and produces fewer fumes during printing. It's like choosing a natural, unscented cleaning product instead of one with harsh chemicals – better for your nose and potentially the environment.
High-speed Solidification
This feature aims to reduce the time each layer needs to be exposed to UV light, theoretically speeding up your print jobs. Think of it as a "quick dry" setting for your prints, but sometimes user experience shows it might need a bit more time than advertised.
Alternatives
If you need prints that can withstand drops or bending without breaking, look for resins specifically labeled as "ABS-like" or "tough" with higher impact resistance. If you want faster print times with less calibration, search for "rapid" or "fast curing" resins with proven user reviews for speed.
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