Anycubic Standard Resin: complete guide to standard photopolymer resin for precise 3D printing
π§ͺ Anycubic Standard Resin is a versatile standard photopolymer resin for LCD, MSLA and DLP 3D printers. It is designed for stable everyday resin printing, high detail reproduction, reliable build plate adhesion and broad compatibility with popular resin 3D printers. It is commonly used for figurines, miniatures, architectural models, decorative objects, souvenirs, visual prototypes, master models, test prints and paint-ready parts.
π― The main strength of Anycubic Standard Resin is balance. It is not a specialized impact-resistant resin, not a dedicated ABS-like engineering material and not a high-transparency optical resin. But as a daily-use standard resin, it is very practical: it offers clear starting parameters, a broad color palette, good flowability, stable curing and a clean surface finish after printing.
π‘ This article explains the most important information about Anycubic Standard Resin: Features, File Download, Specification, Color Type, Recommended Printing Parameters and FAQs. It can be used as a blog article, SEO category text, buyer guide or technical information page for photopolymer resin users.
π§ Quick overview of Anycubic Standard Resin
- β Material type: standard photopolymer resin.
- β Compatibility: LCD, MSLA and DLP 3D printers using 365-405 nm or 405 nm resins.
- β Main applications: miniatures, figurines, mockups, decorative parts, souvenirs and prototypes.
- β Cleaning after printing: 95% IPA.
- β Post-curing: 405 nm UV light.
- β Main advantages: high detail, fast curing, reliable adhesion, low shrinkage and a wide color range.
- β οΈ Important: this resin is not suitable for FDM/FFF printers because it is a liquid photopolymer, not plastic filament.
π Features: key advantages of Anycubic Standard Resin
π― 1. High precision and detail reproduction
Anycubic Standard Resin is suitable for models where fine details matter: surface relief, clothing folds, decorative patterns, character armor, small accessories, architectural fragments, thin lines, surface textures and small technical features. This is one of the key reasons why resin printing is preferred over FDM printing for miniatures, figurines and artistic models.
Grey, dark grey and white shades are especially practical for paint-ready models because the surface, supports, fine defects and geometry are easy to inspect. Clear and translucent colors are better suited for decorative parts, light-effect inserts, colored glass-like effects and visual display models.
β‘ 2. Fast curing and stable printing
The normal exposure range for Anycubic Standard Resin is 2-3.6 s. This makes it suitable for modern monochrome LCD resin printers, where layer curing is generally faster than on older RGB-screen machines. However, exact exposure depends on the printer model, UV power, resin color, release film condition, room temperature and layer thickness.
Opaque colors are usually easier to tune, while clear and translucent materials often require more careful exposure testing because they transmit light differently. Even when official starting parameters are available, a small calibration test is recommended before production printing.
𧲠3. Reliable build plate adhesion
Successful resin printing starts with the first layers. If the bottom layers do not adhere well to the build plate, the model can detach, stick to the FEP, NFEP or ACF film, partially fail or ruin the print completely. Anycubic Standard Resin is designed for reliable build plate adhesion when the printer is calibrated properly, the build plate is clean and the bottom exposure is set correctly.
The recommended printing table provides separate values for bottom exposure, bottom layers, Z lift distance and motion speeds. These settings should not be ignored because they directly affect first-layer stability.
𧩠4. Low shrinkage and stable geometry
Anycubic Standard Resin has a volume shrinkage rate of 4.5-5.5%. For photopolymer resins, shrinkage is an important factor because the material changes volume during curing. Stable shrinkage helps preserve model geometry, especially for prototypes, architectural models, assembly parts and master models.
- βοΈ Technical prototypes.
- ποΈ Architectural mockups.
- 𧩠Assembly models.
- π² Tabletop gaming miniatures.
- π¨ Paint-ready parts.
- π§ͺ Visual R&D prototypes.
π§ 5. Good flowability
The viscosity of Anycubic Standard Resin is 200-230 mPa·s at 25 β. This flowability helps the resin return to the printing area after the build plate lifts. It is especially important for models with large cross-sections, thin supports, small features and complex geometry.
Good flowability helps reduce voids, local defects, under-filled areas and inconsistent layers. However, even a fluid resin still needs correct light-off timing, especially in cold rooms or when printing large models.
π¨ 6. Wide color palette
Anycubic Standard Resin is available in a broad color range, including classic opaque colors, decorative colors, clear resin and translucent shades. This is useful for online stores because each color can have its own SEO product page, with unique descriptions, use cases, specifications and printing recommendations.
π File Download: documents for Anycubic Standard Resin
Technical documentation is important for resin product pages and blog articles. For Anycubic Standard Resin, the main document types are MSDS/SDS, TDS, REACH and RoHS. These files help build buyer confidence, especially for workshops, educational institutions, production users and B2B customers.
| File | Meaning | Why it matters |
|---|---|---|
| MSDS / SDS | Material Safety Data Sheet | Provides information about protection, storage, skin contact, disposal and safe resin handling. |
| TDS | Technical Data Sheet | Helps users understand physical and mechanical properties, post-processing and technical parameters. |
| REACH | Chemical compliance document | Important for users who need information about chemical safety and European compliance requirements. |
| RoHS | Restricted substances document | Useful for technical buyers, workshops, educational users and B2B customers. |
β οΈ Safety wording should be accurate. Do not describe liquid photopolymer resin as completely safe. A correct recommendation is: work in a well-ventilated area, wear nitrile gloves and protective eyewear, avoid skin and eye contact, and do not pour liquid resin or contaminated alcohol into drains.
π Specification: technical data for Anycubic Standard Resin
The table below summarizes the key technical data for Anycubic Standard Resin. For SEO product pages and category pages, it is better to show concrete values instead of only general claims. Viscosity, density, hardness, strength, elongation, shrinkage, cleaning and post-curing data help users understand the material better.
| Section | Parameter | Value |
|---|---|---|
| Preparation | Pre-print preparation | Shake well before use |
| Printing conditions | Print environment | 20-40 β |
| Printing conditions | Print temperature | 20-50 β |
| Exposure | First layer exposure | 20-40 s |
| Exposure | Normal exposure | 2-3.6 s |
| Material | Material type | Photopolymer resin |
| Material | Wavelength | 365-405 nm |
| Physical properties | Viscosity | 200-230 mPa·s at 25 β |
| Physical properties | Density | 1.13 g/cm³ |
| Mechanical properties | Hardness | 84-86 HD |
| Mechanical properties | Tensile strength | 40-50 MPa |
| Mechanical properties | Elongation at break | 12-16% |
| Mechanical properties | Flexural modulus | 50-60 MPa |
| Mechanical properties | Flexural strength | 1400-1600 MPa |
| Mechanical properties | Young’s modulus | 1600-1800 MPa |
| Mechanical properties | Izod impact strength | 103 J/m |
| Shrinkage | Volume shrinkage rate | 4.5-5.5% |
| Cleaning | Cleaning after printing | 95% IPA |
| Cleaning | Washing duration | ≥3 min |
| Post-curing | UV wavelength | 405 nm |
| Post-curing | Curing temperature | 18-30 β |
| Post-curing | UV intensity | 25000-30000 uW/cγ‘ |
| Post-curing | Curing time | 3 min |
| Disposal | After UV curing | Cured resin is treated as plastic waste |
π¨ Color Type: Anycubic Standard Resin colors
Resin color affects not only the appearance of the model, but also surface inspection, exposure tuning and post-processing. Grey shades are often used for miniatures and prototypes, white is useful for painting, black is suitable for high-contrast parts, and clear or translucent colors are useful for decorative and light-transmitting elements.
| Official color | HEX | Recommended application |
|---|---|---|
| Black | #212721 | High-contrast parts, decorative models and unpainted visual objects |
| White | #EFF0F1 | Paint-ready models, light prototypes and decorative prints |
| Gray | #7E93A7 | Miniatures, prototypes, master models and priming-ready parts |
| HD Gray | #768692 | High-detail models, surface inspection and paint-ready parts |
| Light Beige | #ECBAA8 | Figurines, decorative models and warm neutral visual parts |
| Purple | #825DC7 | Fantasy models, decorative parts and gaming miniatures |
| Crimson Clay | #8F6457 | Artistic models, warm decorative prints and clay-like color effects |
| Blue | #00A3E0 | Decorative parts, visual models and souvenirs |
| Clear | Not specified | Light-transmitting parts, clear inserts and glass-like effects |
| Translucent Green | #009A17 | Light-effect inserts, decorative models and colored glass-like parts |
| Translucent Blue | #077CAB | Decorative parts, display models and cool translucent details |
| Translucent Red | #D22630 | Light-effect parts, bright decorative models and fantasy elements |
| Translucent Yellow | #D5BF39 | Light-effect inserts, amber-like effects and decorative models |
| Smoky Black | #688197 | Unusual decorative models and dark translucent visual elements |
β Compatibility with resin 3D printers
Anycubic Standard Resin is compatible with LCD, MSLA and DLP 3D printers that use 365-405 nm photopolymer resins or standard 405 nm resin materials. Before production printing, it is recommended to run an exposure test and calibrate the resin profile for the specific printer, resin color, layer thickness, release film condition and room temperature.
- β Anycubic Photon series: Photon Mono, Photon Mono 2, Photon Mono 4, Photon Mono 4K, Photon Mono 4 Ultra, Photon Mono M5, Photon Mono M5s, Photon Mono M5s Pro, Photon Mono M7, Photon Mono M7 Pro, Photon Mono M7 Max, Photon Mono X, Photon Mono X2, Photon Mono X 6K, Photon Mono X 6Ks, Photon M3, Photon M3 Plus, Photon M3 Premium, Photon M3 Max, Photon D2 and Photon Ultra.
- β Elegoo: Mars, Saturn and Jupiter series.
- β Phrozen: Sonic Mini, Sonic Mighty and Sonic Mega series.
- β Creality: HALOT ONE, HALOT SKY, HALOT LITE, HALOT MAGE, HALOT MAGE PRO and HALOT R6 series.
- β Uniformation: GK series, including GKtwo and GK3.
- β Nova3D: Bene, Elfin and Whale series.
- β Peopoly: Phenom, Forge and Moai series.
- β Other LCD/MSLA/DLP printers supporting 365-405 nm or 405 nm photopolymer resins.
β οΈ Compatibility depends on wavelength, UV source power, resin profile, exposure time, layer height, release film condition, resin vat condition, room temperature and build plate calibration. This resin is not suitable for FDM/FFF 3D printers because it is a liquid photopolymer, not plastic filament.
βοΈ Recommended Printing Parameters
The table below provides starting parameters for Anycubic Standard Resin. They are a useful baseline, but they do not replace exposure testing. When changing resin color, resin batch, release film, temperature or printer model, settings should be checked and adjusted if needed.
| Printer model | Exposure time | Light-off time | Bottom exposure time | Bottom layers | Z lift distance | Z lift speed | Z retract speed | Anti-aliasing level | Layer thickness |
|---|---|---|---|---|---|---|---|---|---|
| Photon P1 | 2 s | 2 s | 20 s | 1 | 5 mm | 3 mm/s | 3 mm/s | 4 | 0.05 mm |
| Photon Mono M7 | 2.2 s | 0.5 s | 25 s | 4 | 8 mm | 6 mm/s | 6 mm/s | 1 | 0.05 mm |
| Photon Mono M7 Pro | 1.8 s | 0.5 s | 25 s | 3 | 8 mm | 6 mm/s | 6 mm/s | 1 | 0.05 mm |
| Photon Mono M7 Max | 2 s | 0.5 s | 30 s | 5 | 8 mm | 6 mm/s | 6 mm/s | 1 | 0.05 mm |
| Photon Mono M5 | 2.8 s | 0.5 s | 25 s | 5 | 8 mm | 5 mm/s | 6 mm/s | 1 | 0.05 mm |
| Photon Mono M5s | 2.8 s | 0.5 s | 25 s | 5 | 8 mm | 5 mm/s | 6 mm/s | 1 | 0.05 mm |
| Photon Mono M5s Pro | 3.6 s | 0.5 s | 30 s | 5 | 8 mm | 6 mm/s | 6 mm/s | 1 | 0.05 mm |
| Photon Mono 4 | 2.8 s | 1 s | 30 s | 5 | 6 mm | 4 mm/s | 6 mm/s | 1 | 0.05 mm |
| Photon Mono 4K | 2 s | 0.5 s | 23 s | 6 | 8 mm | 2 mm/s | 3 mm/s | 1 | 0.05 mm |
| Photon Mono 4 Ultra | 2.6 s | 1 s | 30 s | 5 | 5 mm | 8 mm/s | 8 mm/s | 1 | 0.05 mm |
| Photon Mono 2 | 2.5 s | 1 s | 20 s | 5 | 6 mm | 4 mm/s | 6 mm/s | 1 | 0.05 mm |
| Photon Mono X2 | 2.5 s | 0.5 s | 25 s | 4 | 8 mm | 2 mm/s | 3 mm/s | 1 | 0.05 mm |
| Photon Mono X 6K | 2 s | 0.5 s | 23 s | 6 | 8 mm | 2 mm/s | 3 mm/s | 1 | 0.05 mm |
| Photon Mono X6Ks | 2.5 s | 0.5 s | 20 s | 5 | 8 mm | 3 mm/s | 4 mm/s | 1 | 0.05 mm |
| ANYCUBIC Photon M3 Max | 3 s | 2 s | 25 s | 6 | 10 mm | 2 mm/s | 3 mm/s | 1 | 0.05 mm |
| ANYCUBIC Photon M3 Premium | 2.5 s | 0.5 s | 25 s | 4 | 8 mm | 6 mm/s | 6 mm/s | 1 | 0.05 mm |
π§ How to read the printing parameters
Exposure time
Exposure time is the curing time for normal layers. If exposure is too low, the model can be weak, soft or poorly detailed. If exposure is too high, fine details can become swollen, holes can shrink and dimensional accuracy can suffer.
Light-off time
Light-off time is the pause between layers. It allows resin to flow back under the model after lift and retract movement. For large models, cold rooms or more viscous materials, this pause can be very important.
Bottom exposure time
Bottom exposure is the stronger curing time for the first layers. It helps the print adhere to the build plate. Too little bottom exposure can cause detachment, while too much can make print removal difficult.
Z lift distance and Z lift speed
These settings control how the layer separates from the release film. A lift speed that is too high can damage supports or detach the model. A lift distance that is too low may prevent full layer separation.
Anti-aliasing level
Anti-aliasing helps reduce visible stair-stepping on angled surfaces. However, for technical parts it should be tested carefully because too much smoothing can soften small details.
π§ Practical printing guide for Anycubic Standard Resin
Before printing
- π§ͺ Shake the bottle well before use.
- 𧀠Wear nitrile gloves and protective eyewear.
- π¬οΈ Prepare a well-ventilated workspace.
- π§Ό Clean the build plate from old resin and contamination.
- π Check the condition of the FEP, NFEP or ACF film.
- βοΈ Check build plate calibration.
- π§ͺ Run an exposure test for a new color or new resin batch.
During printing
- β Do not exceed the maximum resin level in the vat.
- β Do not print under direct sunlight.
- β Monitor room temperature.
- β Do not change too many settings at once.
- β Use reliable supports for large models.
- β Check exposure especially carefully for translucent colors.
After printing
- π§Ό Wash the model with 95% IPA.
- π The minimum washing duration in the specification is ≥3 min.
- π¬οΈ Fully dry the model before UV curing.
- βοΈ Post-cure with 405 nm UV light.
- π§ Remove supports carefully to avoid damaging fine details.
- π¨ If needed, sand, prime, paint or clear coat the model.
π‘οΈ Resin safety
Photopolymer resin is a chemical material. Even if it is convenient to print with, it should not be treated as completely safe plastic. In liquid form, resin can irritate skin and eyes, so basic safety rules are essential.
- 𧀠Wear nitrile gloves.
- π₯½ Wear protective eyewear.
- π¬οΈ Work in a well-ventilated area.
- π« Avoid contact between liquid resin and skin.
- π« Do not pour liquid resin into drains.
- βοΈ Cure resin waste with UV light before disposal.
- πΆ Keep the bottle away from children and pets.
- π Store resin in a dark, cool and dry place.
β FAQs: frequently asked questions about Anycubic Standard Resin
Is Anycubic Standard Resin suitable for beginners?
Yes. It is one of the most practical basic resins for getting started with resin 3D printing. It has clear starting parameters, a broad color range and good compatibility with popular LCD/MSLA/DLP printers. Beginners still need to follow safety rules, run exposure tests and perform washing and UV curing correctly.
What models are best for this resin?
Anycubic Standard Resin is suitable for figurines, miniatures, architectural models, decorative objects, visual prototypes, souvenirs, master models and paint-ready parts. For highly loaded functional parts, Tough Resin or ABS-Like Resin may be a better choice.
Can Anycubic Standard Resin be used with non-Anycubic printers?
Yes, if the printer supports 365-405 nm or 405 nm photopolymer resins. However, print settings should be calibrated with an exposure test because UV power, screen type, slicer behavior and mechanics vary between printers.
How should printed models be washed?
The specification lists 95% IPA for cleaning. After washing, the model should be fully dried and post-cured with 405 nm UV light.
Is post-curing required?
Yes. Post-curing completes polymerization, improves model stability and reduces surface tackiness. The specification lists 405 nm UV light, 18-30 β curing temperature and approximately 3 min curing time.
Why does the model detach from the build plate?
Common causes include weak bottom exposure, poor build plate calibration, dirty build plate surface, excessive lift speed, damaged release film, low room temperature or insufficient supports.
Why does the printed model feel sticky?
Stickiness can be caused by insufficient washing, weak UV curing, liquid resin trapped in recesses, incorrect exposure or too little drying time before post-curing.
Can different colors of Anycubic Standard Resin be mixed?
It is possible only after testing. Mixing colors can change light absorption, exposure behavior, final shade and curing performance. For stable results, run a separate calibration test.
What is the difference between Gray and HD Gray?
Gray is a universal grey color for general printing. HD Gray is a darker grey shade that makes surface relief, fine details, support marks and surface quality easier to inspect. Both are practical for paint-ready models.
Is Clear resin suitable for fully transparent models?
Clear resin can create transparent or translucent effects, but printed parts often have a slightly matte surface. For better transparency, sanding, polishing, clear coating or resin coating may be needed.
Why do translucent colors need separate calibration?
Translucent Green, Translucent Blue, Translucent Red, Translucent Yellow and Clear transmit light differently from opaque colors. Exposure, detail sharpness and curing depth may therefore behave differently.
How should Anycubic Standard Resin be stored?
Store the resin in its original closed bottle in a dark, cool and dry place. Do not leave the bottle open, do not expose it to sunlight and avoid contamination inside the bottle.
π Conclusion: who should choose Anycubic Standard Resin
Anycubic Standard Resin is a good choice for users who need a universal photopolymer resin with clear settings, high detail reproduction, a wide color range and stable compatibility with most LCD/MSLA/DLP printers. It is especially useful for figurines, miniatures, decorative objects, architectural models, visual prototypes and paint-ready parts.
If the application requires high impact resistance, flexibility, engineering load resistance or maximum optical clarity, a specialized resin may be more suitable. But for everyday printing, learning, testing and a wide range of model types, Anycubic Standard Resin remains one of the most practical resin options.
SEO block EN
Title: π§ͺ Anycubic Standard Resin — standard photopolymer resin for LCD/DLP 3D printers
Description: Detailed guide to Anycubic Standard Resin: features, specifications, colors, MSDS/TDS/REACH/RoHS documents, Photon printing parameters, compatibility, washing, UV curing, safety tips and FAQs.
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H1: Anycubic Standard Resin standard photopolymer resin for 3D printing