Anycubic Plant-Based UV Resin Gray – Eco-Friendly, Low-Odor 3D Printing Resin

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Item: SSW2GY
In stock - 7 шт.
966 грн
Manufacturer: Anycubic
Weight:1.3 kg
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  • Low Odor

    Anycubic Plant-based Resins are made from soybean oil without the BPA and benzene harmful chemicals. No VOCs, and no pungent odor, please feel free to enjoy printing.

  • Use More Safety

    Through RoHS and REACH testing, complied with EN 71-3:2013 safety standard. Anycubic Plant-based Resin is safer than many other resins, but we suggest wearing gloves and masks, and maintaining indoor ventilation during printing to avoid skin allergy.

  • Truly Eco-friendly

    Based on the market demand for green, safe and eco-friendly resins. Anycubic Plant-based Resin was launched to meet users' need, and it is made from soybean oil extract, truly environmentally friendly.

  • Low Shrinkage

    Optimized low shrinkage for Anycubic Resin 3D Printers, offering better printing quality in accuracy. To ensure stable performance, please shake well the bottle before use and avoid direct sunlight and dust.

  • Wide Compatibility

    Anycubic Plant-based Resin is compatible with most LCD/DLP 3D printers and sensitive to 355-410nm UV light, perfectly works with ANYCUBIC resin 3D printers.

  • Application Industry

    The safe formula, the choice of many different colors and highly detailed performance are ideal for printing different prints applied in animation, detailed model, cultural and creative hand-made models, prototype parts, education, etc.

Description gray eco plant-based v2 uv resin anycubic 1kg

Anycubic Plant-Based UV Resin Gray — Eco-Friendly Gray Photopolymer Resin

Product Description

Anycubic Plant-Based UV Resin Gray is an eco-conscious photopolymer resin made from soybean-based raw materials. It is a safer, low-odor alternative to conventional resins, designed for users who care about health and sustainability. This resin ensures high detail and stable print quality, making it ideal for prototypes, mechanical parts, and art models. It is compatible with most LCD and DLP 3D printers operating in the 355–410 nm wavelength range.

Key Advantages

  • Plant-based formulation with reduced environmental impact
  • Almost odorless — safe and comfortable to use indoors
  • Excellent resolution for sharp, precise model details
  • Neutral gray color — great for prototyping and visual evaluations
  • Compatible with most 3D printers (UV 355–410 nm)

Technical Specifications

Parameter Value
UV Wavelength 355–410 nm
Viscosity (25 °C) 150–350 mPa·s
Solid Density 1.05–1.25 g/cm³
Tensile Strength 35–45 MPa
Bending Strength 40–50 MPa
Elongation at Break 8–12%
Shrinkage 1.88–2.45%
Thermal Deformation Temperature >55±5 °C
Vitrification Temperature >60±5 °C
Thermal Expansion Coefficient 95×10⁻⁶ /°C
Hardness 89D
Shelf Life 1.5 years

Usage Instructions

  • Shake the bottle well before use
  • Store in a cool, dark place away from direct sunlight
  • After printing, rinse the model with alcohol or a water-based cleaner
  • Post-cure using a UV curing chamber or sunlight for best results

Precautions

  • Use in a well-ventilated environment
  • Wear protective gloves; mask recommended during handling
  • Avoid skin or eye contact
  • In case of contact, rinse thoroughly with plenty of water
  • Keep out of reach of children

Frequently Asked Questions

  • Is this resin safe for home use? — Yes, its plant-based formulation and minimal odor make it suitable for indoor environments.
  • Do I need a UV curing chamber? — A chamber is recommended for complete curing, especially for functional or large models.
  • Is it compatible with my printer? — This resin works with most LCD and DLP 3D printers using 355–410 nm UV light.

 

  • What is Anycubic ECO plant-based UV resin?
    Anycubic ECO plant-based UV resin is a type of resin specifically designed for use in 3D printing. It is made from plant-based materials, which makes it more environmentally friendly compared to traditional petroleum-based resins.
  • What makes Anycubic ECO plant-based UV resin different from other resins?
    The main difference is in the composition of the resin. Anycubic ECO Plant-based UV Resin is made from plant-based materials, while many other resins are derived from petroleum sources. This difference makes Anycubic ECO more sustainable and ecological.
  • Is Anycubic ECO plant-based UV resin safe to use?
    Yes, Anycubic ECO plant-based UV resin is generally safe to use. However, it is important to follow proper safety precautions when working with any type of resin. Wear gloves, work in a well-ventilated area and avoid direct contact with skin or eyes. Always refer to the manufacturer's instructions for specific safety instructions.
  • Can Anycubic ECO plant-based UV resin be used with any 3D printer?
    Anycubic ECO plant-based UV resin is compatible with most LCD/LED-based 3D printers that support UV resin printing. However, it is always a good idea to check the compatibility of the resin with the specific model of the printer before use.
  • Does Anycubic ECO plant-based UV resin require any special curing conditions?
    Anycubic ECO plant-based UV resin requires curing under a 405 nm UV light source. Curing time may vary depending on the thickness of the print object and the intensity of the UV light source. For best results, it is important to follow the manufacturer's recommended curing instructions.
  • What are the benefits of using Anycubic ECO plant-based UV resin?
    Some of the benefits of using Anycubic ECO plant-based UV resin include its eco-friendly composition, which reduces reliance on petroleum-based materials. It also has almost no smell when printing, which makes working with it more pleasant. In addition, the resin provides good print performance and resolution.
  • Are there any limitations or considerations when using Anycubic ECO plant-based UV resin?
    While Anycubic ECO plant-based UV resin has a number of advantages, there are a few considerations to keep in mind. It can have a slightly longer curing time compared to some traditional resins. In addition, it may have slightly lower mechanical strength compared to petroleum-based resins. It is important to evaluate the specific requirements of your project and determine if the resin meets your needs.
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