ANYCUBIC Plant-Based Rapid Resin 2.0 Review: Specs, Pros and Cons
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This anycubic 3d printer resin 2 0 review looks at the grey photopolymer material designed for LCD and DLP machines. It uses a plant-based formula derived from soybean oil to reduce odor. The resin cures at 405nm with a wide band of 355nm to 410nm. This ensures compatibility with most light-curing printers. It offers high-speed solidification for shorter print times. The 1kg package provides a standard volume for your projects. You get pure color effects with minimal shrinkage. This material focuses on environmental safety and smooth surface finishes for your daily prints.
What stands out
- Plant-based resin made from soybean oil
- Low odor and free of BPA
- Fast curing for high-speed printing
- Compatible with 355nm to 410nm wavelengths
- Meets EN 71-3:2013 safety standards
Who it fits
Good fit for
You should choose this resin if you print on LCD or DLP machines that use 405nm light sources. It suits users who want a low-odor experience in their workspace. The plant-based formula appeals to those concerned about environmental impact and safety. You will appreciate the high-speed solidification if you value quick print times. The wide wavelength compatibility means it works with most standard resin printers. This grey color is ideal for general prototyping and detailed models.
Who should skip it
Skip this option if you need a resin for SLA printers that use different wavelengths outside the 355nm to 410nm range. You might look elsewhere if you require a specific color other than grey. Avoid this if you need a resin with extreme heat resistance, as the data does not list thermal specs. Do not buy this if you prefer a fast-curing resin that requires special ventilation beyond standard practices, as this is a standard low-odor formula. It is not suitable for FDM printing.
Verdict: This grey plant-based resin offers a safe, low-odor option for LCD and DLP printers. It delivers fast curing and good compatibility for everyday printing tasks.
Key specs explained for this resin
Resin Type: Plant-Based
This material uses soybean oil as its primary raw material rather than traditional petrochemicals. This formulation targets users who are sensitive to strong chemical odors during printing. You can expect a greener sourcing profile that aligns with environmental protection goals. The product claims to be free from BPA and harmful substances, meeting specific safety standards. This makes it a suitable choice for home studios where ventilation might be limited compared to industrial settings.
Curing Wavelength: 405nm, 355nm-410nm
The resin is optimized for 405nm light sources, which is the standard for most LCD and DLP 3D printers. The wide band compatibility from 355nm to 410nm ensures it works reliably across different machine brands. You do not need to worry about slight variations in your printer’s UV LED spectrum. This broad range helps prevent under-curing or over-curing issues. It simplifies your workflow by allowing you to switch between different printer models without changing materials.
Compatible Technology: LCD, DLP
This photopolymer resin is designed specifically for light-curing printing technologies. You can use it with both LCD and DLP machines without modification. This versatility is useful if you plan to upgrade your printer or share the resin with other makers. It ensures that the chemical composition reacts correctly to the light source used by these specific technologies. You can trust that the resin will solidify properly when exposed to the correct UV wavelengths in these devices.
Net Weight: 1kg
The package contains one kilogram of resin, which is a standard volume for hobbyist projects. This amount allows you to print multiple small to medium-sized models before needing a refill. You can calculate your material usage based on the volume of your prints. This size is manageable for storage in a typical home workspace. It provides enough material to test settings or complete a series of related models without excessive waste.
Design and Build Details
According to the listing, the resin comes in a grey container that measures 3.94 inches on each side. This cubic footprint suggests a standard square bottle design. The net weight is 1kg. This volume provides a moderate supply for hobbyist projects. The packaging does not list additional external dimensions or weight, so you should assume the bottle fits standard shelf spaces. The grey color of the container likely helps protect the photopolymer from light exposure during storage.
The material itself is a plant-based rapid resin. It uses soybean oil as the raw material source. This choice aims to reduce odor and align with environmental protection standards. The listing notes it is free from BPA and harmful chemicals, meeting EN 71-3:2013 safety standards. This formulation means you can use it in more enclosed spaces without strong chemical smells. However, you still need to follow standard safety protocols for handling uncured resin.
Storage instructions specify a dry, dust-free place between 15°C and 35°C. You must keep the container sealed and avoid direct sunlight. These requirements indicate that the resin is sensitive to heat and UV light before curing. Proper storage ensures the stability of the photopolymer. The design prioritizes user comfort through low odor and clear handling guidelines. The build focuses on practical storage needs and material safety rather than complex features.
Setup And Daily Use Guide
You set up this resin by pouring the grey photopolymer into your printer’s vat. The listing specifies a curing wavelength of 405nm, with a wide band from 355nm to 410nm. This range ensures compatibility with most LCD and DLP light curing 3D printers. You do not need to adjust your machine’s light source significantly, as the material is designed for broad spectral acceptance. The plant-based formula, derived from soybean oil, targets users who prefer lower odor environments. It meets EN 71-3:2013 safety standards and contains no BPA or irritating chemicals. This means you can work in a space with better ventilation requirements than traditional resins, though standard safety practices still apply. Daily use involves monitoring the resin’s stability. The high-speed solidification feature shortens curing time, allowing for faster print cycles without excessive shrinkage. You should store the 1kg container in a dry, dust-free place between 15°C and 35°C. Keep the bottle sealed to maintain quality. Direct sunlight must be avoided, as it can degrade the material before you use it. The resin presents pure color effects, ensuring your printed models have clear, defined details. Its high compatibility ensures a smooth printing experience across various machine types. You benefit from reduced peculiar smell, making the workflow more pleasant. The material ensures strength in the molded part while maintaining high precision. This makes it suitable for detailed hobbyist projects or professional prototypes where odor sensitivity is a concern.
Before You Buy This Resin
You need compatible safety gear when using this plant-based photopolymer. Even with low odor, proper ventilation and gloves are essential. Check your LCD or DLP printer’s wavelength settings. This resin cures at 405nm with a wide band from 355nm to 410nm. Most modern machines support this range. Store the 1kg bottle in a dry, dust-free place between 15°C and 35°C. Keep it sealed and away from direct sunlight to maintain quality. The grey color offers pure visual effects for detailed models. This rapid resin minimizes shrinkage while ensuring high precision. It fits well alongside other standard resins in your workflow. You get high-speed solidification without excessive stress on printed parts. The soybean oil base aligns with environmental goals. Ensure your printer vat is clean before pouring. This material suits hobbyists seeking smoother finishes and greener sourcing. It works best with machines that support wide curing bands.
Check before you buy
- Verify your printer supports 355nm to 410nm curing wavelengths.
- Ensure you have proper ventilation and protective gloves.
- Check storage space for a dry, sealed 1kg bottle.
- Confirm compatibility with your LCD or DLP machine type.
The product at a glance
ANYCUBIC Plant-Based Rapid Resin 2.0 Grey
Best for: Low-odor LCD/DLP printing
- Resin Type
- Plant-Based
- Curing Wavelength
- 405nm, 355nm-410nm
- Compatible Technology
- LCD, DLP
- Net Weight
- 1kg
- Printing Technology
- Resin
- Features
- High Speed, Low Odor
View on Amazon: ANYCUBIC Plant-Based Rapid Resin 2.0 Grey Affiliate link
Anycubic Plant-Based Rapid Resin 2.0 is a 405nm photopolymer resin designed for LCD and DLP 3D printers. It uses soybean oil to deliver low odor and high-speed solidification. The grey material offers pure color effects and high precision with minimal shrinkage. It supports a wide wavelength band from 355nm to 410nm. This 1kg bottle suits users seeking eco-friendly materials with reliable print quality.
Pros
- Plant-based soybean oil formula
- Low odor and BPA-free
- High-speed solidification
- Wide 355nm-410nm compatibility
Cons
- Only available in grey color
- 1kg bottle size limits large projects
- Requires sealed storage at 15°C-35°C
Good fit if
- You want low-odor resin for indoor use
- You print with LCD or DLP printers
- You need high-speed curing times
Skip if
- You require multi-color printing options
- You need bulk quantities for production
- You print with UV wavelength outside 355nm-410nm
Verdict: Anycubic Plant-Based Rapid Resin 2.0 fits users who prioritize eco-friendly materials and fast print speeds in a compact 1kg format. It is ideal for hobbyists using LCD or DLP printers who value low odor and precise detail in grey models.
Specifications side by side
| Spec | ANYCUBIC Plant-Based Rapid Resin 2.0 Grey |
|---|---|
| Resin Type | Plant-Based |
| Curing Wavelength | 405nm, 355nm-410nm |
| Compatible Technology | LCD, DLP |
| Net Weight | 1kg |
| Printing Technology | Resin |
| Features | High Speed, Low Odor |
| Color | Grey |
| Dimensions | 3.94 × 3.94 × 3.94 inches |
Frequently asked questions
Is this resin compatible with my 3D printer?
Yes, it works with LCD and DLP printing technologies. The material cures at a wavelength of 405nm, with a wide band from 355nm to 410nm. This range covers most standard resin 3D printers on the market. You should check your machine’s UV settings to ensure they align with these specifications for optimal performance.
What makes this resin plant-based?
The formula uses soybean oil as its primary raw material instead of traditional petrochemicals. This plant-based composition aims to reduce strong chemical odors during the printing process. It provides a greener sourcing profile that aligns with environmental protection goals while maintaining the structural integrity needed for detailed models.
How fast does this resin print?
This material is labeled as a high-speed resin, designed for rapid curing. It allows for faster layer exposure times compared to standard resins. This feature is ideal for users who prioritize quick turnaround times for their projects without sacrificing the precise detail required for complex models.
What color is the finished model?
The resin produces grey models. This neutral color is suitable for prototyping, miniatures, or functional parts where a specific aesthetic is not the primary concern. The grey finish provides a consistent base that can be easily painted or post-processed if you need a different final appearance.
What are the dimensions of the bottle?
The container measures 3.94 inches on each side, creating a cubic footprint. This standard square bottle design is compact and fits easily on most workbenches. The net weight is 1kg, providing a moderate supply of material for hobbyist projects and small-scale production runs.
Is this resin suitable for low-odor printing?
Yes, it is specifically designed for low-odor applications. The plant-based formula derived from soybean oil helps minimize the strong chemical smells associated with traditional photopolymers. This makes it a better choice for users who are sensitive to odors or who print in spaces with limited ventilation.