Finding the right materials for your additive manufacturing projects shouldn't break the bank. When you are searching for the Best Low Cost Resin 3D Printer supplies, the goal is to balance affordability with the mechanical properties and precision required for your specific models.
Whether you are printing functional prototypes or detailed miniatures, choosing the right photopolymer resin is essential for success. We have evaluated several cost-effective options to help you navigate the market and select a resin that delivers consistent results for your specific 3D printing setup.
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Best Low Cost Resin 3D Printer
Quick Comparison
| Product | Best For | Key Strength | Score |
|---|---|---|---|
| 3DMaterials SuperValue 3D Printer Resin | Best Overall | Ultra low cost per gram for high-volume printing | 4.9 |
| SUNLU Standard 3D Printer Resin Plus | Budget-Friendly Standard Option | High compatibility with 99% of LCD, DLP, and SLA printers. | 4.7 |
| ELEGOO ABS-Like 3.0 3D Printer Resin | High-Strength Value Choice | High strength and toughness for durable functional parts | 4.3 |
| ANYCUBIC Water Washable ABS-Like Resin | Saves on Post-Processing Costs | Water-washable formula eliminates the need for alcohol in post-processing. | 4.3 |
| ANYCUBIC Plant-Based Rapid Resin | Eco-Conscious Affordable Pick | Low-odor, plant-based formula derived from soybean oil. | 4.4 |
How We Chose
- Cost per gram efficiency for high-volume printing needs.
- Viscosity levels and their impact on print resolution and detail.
- Mechanical properties including toughness, shrinkage rates, and impact resistance.
- Ease of post-processing, including water-washable versus alcohol-washable formulas.
- Compatibility with standard 395-405nm UV light-curing LCD and DLP printers.
1 3DMaterials SuperValue 3D Printer Resin — Lowest Cost Per Gram
Achieving high-resolution prints without excessive overhead starts with selecting the right material. The 3DMaterials SuperValue 3D Printer Resin is engineered specifically for those prioritizing cost-efficiency, offering a high-volume 5000g container designed to minimize the price per gram for frequent users.
This resin features low viscosity, which is essential for maintaining 16um precision during the printing process. By utilizing SuperColor high concentration pigments in deep black and solid white, the material ensures consistent opacity and detail. The formulation relies on low shrinkage oligomers and tough monomers, which work together to balance dimensional accuracy with the physical durability of the finished parts.
Compatibility is a primary focus for this product, as it is designed to function across all kinds of LCD 3D printers. This broad utility makes it a versatile choice for users who may operate multiple machines or who want a reliable, standardized material for various projects without worrying about proprietary hardware locks.
While the large 5000g volume is ideal for high-output environments, it represents a significant commitment of space and material. Users should ensure they have adequate storage and a consistent workflow to utilize the bulk quantity effectively, as the primary trade-off for this ultra-low-cost approach is the physical footprint of the container itself.
Best for: High-volume users and hobbyists looking to minimize material costs for large or frequent LCD 3D printing projects.
Skip if: Users who only print occasionally or lack the storage space for a large 5000g container should consider smaller, more manageable bottle sizes.
PROS
- Ultra low cost per gram for high-volume printing
- Low viscosity formulation supports 16um high-resolution detail
- Universal compatibility with all LCD 3D printers
- High concentration pigments for deep, consistent color
CONS
- Large 5000g volume requires significant storage space
2 SUNLU Standard 3D Printer Resin Plus — Budget-Friendly Standard Option
Achieving consistent results in resin 3D printing often hinges on the quality of the photopolymer used, and the SUNLU Standard 3D Printer Resin Plus is engineered to balance performance with affordability. This resin is designed for broad compatibility, working with 99% of LCD, DLP, and SLA printers operating at a 365-405nm wavelength, making it a versatile choice for various hardware setups.
The material is formulated with strong fluidity, which aids in the formation of detailed parts and simplifies the printing process for those new to the craft. During the curing phase, the resin exhibits low shrinkage, a critical factor for maintaining the dimensional accuracy and structural integrity of printed objects. Once cured, the surface finish is notably hard and smooth, which facilitates easier post-processing and painting.
Practicality in the workshop is addressed through several design considerations. The resin is engineered to produce minimal odor during operation, helping to maintain a more comfortable environment. Cleaning is straightforward, as the material can be processed using isopropyl alcohol or ethanol. Furthermore, the leak-proof bottle design ensures that the resin remains secure during transport and storage.
For users managing a budget, this resin offers high cost-effectiveness without sacrificing essential material properties. It demonstrates good stability and resistance to weak acids and greases, ensuring that finished prints remain durable and resistant to deformation over time.
Best for: Novice users and budget-conscious hobbyists seeking a reliable, versatile resin for standard LCD, DLP, or SLA printing tasks.
Skip if: Users requiring specialized properties like extreme high-temperature resistance, high-impact toughness, or flexible material characteristics will need to look for specific engineering resins.
PROS
- High compatibility with 99% of LCD, DLP, and SLA printers.
- Low shrinkage formulation ensures accurate part dimensions.
- Minimal odor during the printing process for improved comfort.
- Easy post-processing due to a hard, smooth surface finish.
CONS
- Standard formulation may lack the specialized mechanical properties required for high-stress engineering applications.
3 ELEGOO ABS-Like 3.0 3D Printer Resin — High-Strength Value Choice
Achieving consistent results in functional prototyping requires a material that balances mechanical resilience with ease of use. The ELEGOO ABS-Like 3.0 3D Printer Resin addresses this by offering a formulation engineered for high strength and toughness, allowing printed parts to withstand impacts and drilling without compromising structural integrity.
This resin is designed to streamline the workflow for creators who prioritize dimensional accuracy. By maintaining low volume shrinkage, it ensures that intricate model details remain sharp and surface finishes stay smooth. Its low viscosity—reported as 25-47% lower than previous versions—enhances fluidity, which helps the resin flow back into the print area more effectively and promotes easier peeling from the release film.
Stability is a core component of this formulation, as it is engineered to prevent delamination or color separation over time, removing the need for manual stirring before use. With wide compatibility across various LCD and DLP printers utilizing 405nm UV light-curing technology, it serves as a versatile option for those seeking a reliable material for mechanical or industrial parts.
When selecting a resin, consider the intended application. This material is optimized for functional prototypes where impact resistance is a priority. While it excels in mechanical stability, users should ensure their printer settings are calibrated for 405nm light-curing to achieve the best results.
Best for: Creators and engineers producing functional prototypes or mechanical parts that require high impact resistance and dimensional accuracy.
Skip if: Users who require specialized flexible or castable resins for non-structural artistic projects may find this rigid ABS-like material less suitable for their specific needs.
PROS
- High strength and toughness for durable functional parts
- Low viscosity formulation for faster curing and improved print success
- High precision with minimal volume shrinkage
- Consistent stability that eliminates the need for manual stirring
CONS
- Rigid material properties may not be suitable for applications requiring flexibility
4 ANYCUBIC Water Washable ABS-Like Resin — Saves on Post-Processing Costs
Streamlining the post-processing phase of 3D printing often hinges on the materials used, and the ANYCUBIC Water Washable ABS-Like Resin 3.0 addresses this by eliminating the need for isopropyl alcohol. By utilizing hydrophilic agents, this resin allows users to clean residual liquid directly with water, which can significantly reduce both the time and cost associated with finishing prints.
This resin is engineered for high precision and a low shrinkage rate, ensuring that complex models maintain their intended dimensions after curing. With a Shore Hardness of 86D and an Elongation at Break of up to 40%, the material provides a balance of toughness and resilience, making it a practical choice for functional parts that require secondary operations like drilling or tapping.
Efficiency is further supported by the resin's lower viscosity and high fluidity. These characteristics allow the material to flow back into the print area more rapidly, which can help decrease overall printing duration. Additionally, the formula is designed to be low-odor, contributing to a more manageable working environment during extended printing sessions.
Compatibility is a primary focus, as the ANYCUBIC Water Washable ABS-Like Resin 3.0 is designed to work across all LCD and DLP printers, though it is optimized for use with Anycubic LCD systems. Its combination of ease-of-use and mechanical properties makes it a versatile option for those seeking a balance between print quality and post-processing convenience.
Best for: Makers who want to simplify their post-processing workflow by using water instead of alcohol for cleaning prints.
Skip if: Users who require specific material properties beyond ABS-like toughness or those who prefer traditional solvent-based resins for their existing cleaning setups.
PROS
- Water-washable formula eliminates the need for alcohol in post-processing.
- High-precision and low-shrinkage characteristics for accurate model reproduction.
- Balanced toughness with 86D hardness and 40% elongation at break.
- Lower viscosity facilitates faster flow and potentially shorter print times.
CONS
- Compatibility focus is optimized for Anycubic LCD printers, which may require testing on other specific hardware.
5 ANYCUBIC Plant-Based Rapid Resin — Eco-Conscious Affordable Pick
Achieving consistent results in resin 3D printing often requires balancing material safety with print quality, especially when working on a budget. The ANYCUBIC Plant-Based Rapid Resin addresses this by utilizing a formulation derived from soybean oil, which eliminates BPA and significantly reduces odor during the printing process.
This resin is engineered for high precision and quick curing, specifically optimized for LCD 3D printers. It maintains a wide compatibility range, remaining sensitive to UV light sources between 355nm and 405nm. To ensure optimal performance, the manufacturer recommends a bottom layer exposure time of 60-80 seconds and a normal exposure time of 8-10 seconds when used with the Anycubic Photon series.
Usability is a key focus, though it requires specific preparation; users must shake the bottle thoroughly before use to ensure the functional components and color pigments are fully integrated. Failure to do so can result in uneven coloring across the final print. For larger models, the manufacturer advises increasing the build plate contact area or reducing the infill density to prevent potential wrapping issues.
Storage and safety are well-documented, with the product complying with the EN 71-3:2013 safety standard. It should be kept in a dry, dust-free environment between 15°C and 35°C, sealed tightly, and protected from direct sunlight to maintain its chemical integrity over time.
Best for: Users seeking an eco-conscious, low-odor resin option that maintains high precision for standard LCD 3D printing projects.
Skip if: Users requiring specialized high-toughness or engineering-grade resins that demand different curing profiles or mechanical properties.
PROS
- Low-odor, plant-based formula derived from soybean oil.
- Wide compatibility with all LCD 3D printers using 355nm-405nm UV light.
- BPA-free composition meeting EN 71-3:2013 safety standards.
- Optimized curing times for consistent high-precision results.
CONS
- Requires thorough shaking to prevent uneven coloring.
- Potential for wrapping on large models if build plate contact is insufficient.
Best Low Cost Resin 3D Printer Buying Guide
Understanding Resin Types
Resin selection is driven by the intended application of your printed parts. Standard resins are typically the most affordable and are excellent for general-purpose models, display pieces, and hobbyist projects where extreme mechanical stress is not a primary concern.
For functional parts, ABS-like resins are a popular choice. These materials are formulated to provide higher toughness and impact resistance, making them suitable for mechanical components, prototypes, or parts that may require drilling or tapping after the curing process.
Viscosity and Print Precision
The viscosity of a resin significantly impacts how it behaves during the printing process. A lower viscosity resin flows more easily back into the print area, which can reduce print times and improve the success rate of complex geometries by allowing the model to peel more cleanly from the release film.
Higher precision is often associated with resins that maintain low viscosity, as they can capture finer details and produce smoother surface finishes. When selecting a resin, look for specifications regarding low shrinkage, which ensures that your final prints maintain their intended dimensions and structural integrity.
Post-Processing Requirements
Post-processing is a critical step in resin 3D printing. Traditional resins require isopropyl alcohol (IPA) or ethanol for cleaning, which adds to the ongoing cost and safety considerations of your workflow.
Water-washable resins offer a more convenient alternative by allowing you to clean residual resin off your prints using standard water. This reduces the need for harsh chemicals and can lower the overall cost of ownership for your printing setup, provided you manage the waste water according to local regulations.
Compatibility and Wavelength
Most modern resin 3D printers operate using 405nm UV light. While almost all resins listed here are compatible with this standard, it is important to verify that your specific printer's light source matches the resin's curing requirements.
Some resins are formulated for a broader range, such as 365-405nm, which increases their versatility across different LCD, DLP, and SLA hardware. Always check your printer's manual if you are unsure about the specific wavelength requirements for your machine.
Safety and Handling
Regardless of the cost, all photopolymer resins require careful handling. Always wear gloves, eye protection, and ensure your workspace is well-ventilated to avoid inhaling fumes during the printing and cleaning process.
Some resins are marketed as low-odor or plant-based, which can make the printing experience more pleasant in a home or office environment. However, these safety features do not replace the need for proper personal protective equipment and responsible disposal of all resin-contaminated materials.
Frequently Asked Questions
Can I use any resin with my LCD 3D printer?
Most resins are compatible with standard 405nm UV light-curing printers. Always check the resin's technical specifications to ensure it matches your printer's wavelength range.
What is the difference between standard and ABS-like resin?
Standard resin is generally more affordable and suitable for display models, while ABS-like resin is engineered for higher toughness, impact resistance, and durability for functional parts.
Do I need to clean water-washable resin with alcohol?
No, water-washable resin is specifically formulated to be cleaned with water, which can save on the costs associated with purchasing large quantities of isopropyl alcohol.
How should I store my 3D printer resin?
Resin should be stored in a cool, dry, and dust-free environment, typically between 15°C and 35°C. Keep it tightly sealed and away from direct sunlight to prevent premature curing.
Why does my resin print have uneven coloring?
Uneven coloring is often caused by pigments settling in the bottle. Ensure you shake the resin container thoroughly before every use to fully mix the functional components and color pigments.
Conclusion: Our Top Pick
Selecting the right resin depends on your specific balance of cost, mechanical needs, and post-processing preferences. For those prioritizing the lowest possible expenditure without sacrificing quality, the 3DMaterials SuperValue 3D Printer Resin stands out as a highly efficient choice, offering excellent value for high-volume printing tasks.
If your projects require specific mechanical properties like high impact resistance or the convenience of water-based cleaning, other options like the ELEGOO ABS-Like 3.0 or the ANYCUBIC Water Washable series may better serve your workflow. Always consider your printer's specific requirements and your own safety protocols when choosing your printing materials.