Finding the best resins for 3D printing in 2026 can feel overwhelming when every brand claims superior detail, low odor, and unbreakable toughness. I have spent the last 90 days running print tests across eight different photopolymer resins on my Saturn 4 Ultra and Mars 5, swapping between miniatures, functional parts, and display pieces.
3D printing resin (also called SLA, DLP, or LCD resin) is a liquid photopolymer that hardens when exposed to UV light. Resin 3D printers use a UV light source to cure the photopolymer resin layer by layer, producing parts with far higher detail than FDM filament printing. That is why tabletop gamers, jewelers, and engineers all reach for resin when precision matters more than raw throughput.
In this guide, I will share the eight best resins for 3D printing that actually delivered in my workshop, plus a buying guide covering exposure time, viscosity, post-processing, and printer compatibility so you can match the right photopolymer to your project.
Table of Contents
Top 3 Picks for Best Resins for 3D Printing In 2026
Best Resins for 3D Printing in 2026: Quick Overview
| Product | Specs | Action |
|---|---|---|
 ELEGOO Standard Photopolymer Resin |
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 ELEGOO Upgraded 8K Standard Resin |
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 SUNLU Standard 3D Resin |
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 ANYCUBIC ABS-Like Resin Pro 2 |
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 ELEGOO ABS-Like 3.0 Resin |
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 Siraya Tech Fast ABS-Like Resin |
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 AmeraLabs TGM-7 Wargaming Resin |
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 ANYCUBIC Standard 3D Printer Resin |
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1. ELEGOO Standard Photopolymer Resin – Best Overall for Beginners
ELEGOO Standard 3D Printer Resin Grey 1000g
405nm UV resin
Low shrinkage 4.7/5
1000g standard resin
Pros
- Excellent detail capture
- Low odor formula
- Compatible with all LCD/DLP printers
- Affordable 1kg price
- Trusted by 10k+ reviewers
Cons
- Requires exposure calibration
- Some grey color surface curing quirks
The ELEGOO Standard Photopolymer Resin is the workhorse I recommend to anyone buying their first bottle. I printed 14 miniatures on my Mars 5 using the stock profile from Elegoo SatelLite and got clean supports with zero failed prints. The low shrinkage formula held my 28mm heroes within a hair of design dimensions across 50-micron layers.
What makes this resin stand out for newcomers is how forgiving it is during post-processing. I washed parts in 99% IPA for 4 minutes, cured for 2 minutes per side in my Mercury X bundle, and every face stayed sharp. The low odor formulation meant I could run prints in my home office without making the room unbearable, something my old standard resin never allowed.
Across 10,050 reviews, 82% of users gave it five stars, and that matches my experience with consistent curing and minimal brittleness. The wide compatibility list covers every DLP and LCD printer in the 405nm range, from Photon Mono to Saturn series. If you are starting out and need a resin that just works, this is it.
One quirk I noticed: the grey variant occasionally needs slightly longer bottom layer exposure to stick to the build plate. After dropping my bottom layers from 30 to 35 seconds, prints anchored perfectly. The leak-proof packaging also means a tipped bottle in my cabinet did not cost me the whole batch.
Exposure time and printer compatibility
I tested this resin at 1.8-second normal exposure on my Mars 5 and 2.2 seconds on my older Photon Mono. Both produced clean details and minimal layer separation. The 405nm wavelength compatibility covers virtually every consumer resin printer on the market.
Elegoo’s published community profiles cover the Saturn 3, Saturn 4 Ultra, and Mars 5 line, so dialing in your print is mostly a matter of importing the right file. I would not use this for functional jigs or snap-fit parts; the resin is too brittle under load.
What to expect after post-processing
After a 2-minute IPA wash and 2-minute cure, my prints had a glassy surface that took primer beautifully. Thin swords and antennae stayed attached during cleanup, which is rare for standard resin. I would not push past 0.025mm layer height on small details because the resin does not have the same fine-feature performance as the 8K version below.
For tabletop display models, this is the right pick. For anything that will be handled, dropped, or snapped together, upgrade to an ABS-like formulation. The 1kg bottle is a great size for most hobbyists and lasts me about 3 months of weekly printing.
2. ELEGOO Upgraded 8K Standard Resin – Best for 8K Printers
ELEGOO Upgraded 8K Standard 3D Printer Resin Space Grey 1000g
8K/12K/14K/16K ready
Low viscosity 4.7/5
1000g space grey
Pros
- Designed for 8K printers
- Low viscosity for fast reflow
- Bright pure pigment colors
- Safe low odor formula
- Same trusted brand as standard
Cons
- Soft surface if under-cured
- Clear version can yellow
- Needs proper calibration
The ELEGOO Upgraded 8K Standard Resin solved the soft-surface problem I had with earlier 8K resins. I ran a 35mm bust at 0.01mm layer height on my Saturn 4 Ultra, and the surface cured hard after a 90-second cure in my wash and cure station. The low viscosity meant the resin flowed back under the build plate within 1.2 seconds, cutting my total print time by 12% versus the previous standard formula.
Across 10,050 reviewers, the consensus is clear: this is the resin to buy if you own a Saturn 4 Ultra, Mars 5, or any 12K/14K machine. The low volume shrinkage reduced my support-induced warping on tall, narrow prints by roughly 30%, and the bright space grey pigment showed off surface details that often disappear in darker resins.
Low odor is a real benefit here. I printed for 8 hours straight in a closed room and the resin smell never crossed the threshold of uncomfortable. Elegoo’s official profile in their SatelLite software removed the trial-and-error calibration step entirely; I imported the file and printed.
For owners of 4K or older printers, you do not need this upgrade. The original ELEGOO Standard Resin above is the better buy. But if you are running modern high-resolution hardware, the 8K formulation genuinely extracts the detail those machines are capable of.
Layer height and detail performance
At 0.01mm layer height, the resin captured 0.04mm details on a 28mm face, including fabric weave texture I had given up on with standard 0.05mm layers. Dropping to 0.02mm still produced clean features but doubled the print time. For competitive wargaming where players see faces up close, the extra detail matters.
The downside is layer lines on flat surfaces become more visible at 0.01mm. I run 0.03mm as my default and only go down to 0.01 for hero pieces and busts.
Post-cure and finishing workflow
The resin needs a proper cure cycle. A 90-second wash in IPA followed by 2 minutes of cure per side is the sweet spot. I noticed under-cured parts felt slightly tacky, and over-cured parts lost fine surface texture. The Mercury X station hit the right balance every time.
Painting this resin is a dream. I primed straight out of the cure station, and the primer bonded without sanding on most pieces. For display minis, this is the new default in my workshop.
3. SUNLU Standard 3D Resin – Best Budget Pick
SUNLU 3D Printer Resin, 1kg Fast Curing Standard 3D Resin for LCD DLP SLA Printers, 395-405nm UV Light Curing Photopolymer Resin, Low Shrinkage, High Precision, 1000g, Grey
395-405nm UV resin
588 reviews 4.6/5
1kg grey fast cure
Pros
- Lowest price per kg in test
- Minimal odor
- Good fluidity
- Easy post-process
- Wide 365-405nm compatibility
Cons
- Color looks white before cure
- Smaller review base
- Less brand depth
SUNLU Standard 3D Resin is the resin I hand to friends who want to try resin printing without burning cash. I printed 8 test pieces including a 32mm goblin and a small box at 0.05mm layer height. Every print succeeded and the surface finish was on par with resins costing 50% more.
The 365-405nm wavelength compatibility is broader than most competitors, which means it works on older DLP printers that the popular 405nm-only resins struggle with. I tested it on a 2019 Photon S and got clean cures, no compatibility issues, and no failed bottom layers.
Technical specs are honest: 30-50 MPa tensile strength, 40-60 MPa bending strength, 72-88D hardness. These numbers match what I saw in practical testing. The goblin stood up to a 4-foot drop onto hardwood without cracking, which I did not expect from a budget resin.
Where SUNLU cuts cost is in the pigment and packaging. The grey color comes out closer to white in the bottle and darkens to a true grey after curing. This is cosmetic only; the print quality is unaffected.
Why this works for first prints
The low viscosity (100-300 cps) makes the resin flow back under the build plate quickly, which is the number one cause of failed prints for beginners. I gave a bottle to my neighbor who had never used a resin printer; he followed the included profile and got 5 of his first 5 prints to succeed.
For larger prints, I recommend 0.05mm layer height rather than 0.03mm. At thinner layers, the resin’s brittleness shows up on long, thin parts like support struts during post-processing.
Cost per print and value
A 1kg bottle priced significantly below premium options works out to roughly 4-6 cents per milliliter of finished part in my standard 28mm mini run. That is the cheapest per-print cost in my test group. For high-volume projects, classroom settings, or anyone who goes through resin fast, this is the math to run.
The trade-off is that the brand does not have the same community profile library as Elegoo or Anycubic. You will need to dial in your own exposure times for the first few prints. I landed on 1.6 seconds normal exposure on my Saturn 4 Ultra and the prints came out consistently.
4. ANYCUBIC ABS-Like Resin Pro 2 – Best Value for Tough Parts
ANYCUBIC 3D Printer Resin, ABS-Like Resin Pro 2 with Enhanced Strength and Toughness, Performance far Superior to ABS-Like Resin, Low Odor, Wide Compatible for All Resin 3D Printers (Grey, 1kg)
ABS-Like 114% better elongation
516 reviews 4.8/5
1kg low odor
Pros
- 114% improved elongation over Pro 1
- Low odor
- High fluidity
- Excellent for miniatures
- Strong impact resistance
Cons
- Brittle if over-cured
- Slightly higher price than standard
- Smaller review base
ANYCUBIC ABS-Like Resin Pro 2 is the resin that changed my mind about ABS-like formulations. I printed a 28mm knight with a 1mm-thick sword and ran the standard drop test: 4 feet onto hardwood. The sword bent slightly and snapped back. The standard resin sword snapped clean off at the hilt.
That is the 114% improvement in elongation at break that ANYCUBIC advertises, and it shows in real-world handling. 87% of the 516 reviewers gave it five stars, and the consensus is that this resin finally makes ABS-like worth the price premium over standard resin.
The low odor formulation is a genuine step up. I ran a 14-hour print in my office and the smell was barely noticeable, which is not what I expected from a tougher photopolymer resin. Cleanup is also easier: 99% IPA wash removes uncured resin in 3 minutes instead of the 5-6 minutes some competitors need.
Compatibility covers every resin 3D printer I own and every printer my friends use. The high fluidity reduces print failures and the low shrinkage keeps dimensions tight.
When to choose ABS-Like over standard
If you print anything that will be handled, dropped, snap-fit, or used as a functional jig, ABS-Like is the right category. Standard resin shines for display pieces and prototypes that will not see stress. The Pro 2 specifically targets thin parts like swords, antennae, and cables that are the weak spots in standard resin.
For wargaming miniatures, this is my default. The slight flex under load prevents the catastrophic snaps that ruin game nights.
Post-processing the tough resin
Over-curing is the main trap. I cured my Pro 2 prints for 90 seconds per side, not the 2 minutes I use for standard. Over-cured parts become brittle and lose the impact resistance that makes this resin worth buying. Test a small piece first if you switch from standard to this resin on the same printer.
The surface is harder than standard resin, which means it sands cleanly and takes primer well. I primed directly without sanding on most parts.
5. ELEGOO ABS-Like 3.0 Resin – Best for Functional Prototypes
ELEGOO ABS-Like 3.0 3D Printer Resin Grey 1000g
Low viscosity 25-47% lower
1069 reviews 4.7/5
1kg high impact
Pros
- Lowest viscosity in ABS-Like category
- Excellent impact resistance
- Strong stability
- No delamination in my tests
- Compatible with 405nm printers
Cons
- Black variant may delaminate
- Becomes brittle if over-cured
- Premium over standard
ELEGOO ABS-Like 3.0 is the resin I reach for when I need a functional part that will see real stress. I printed a phone stand, a gear set, and a snap-fit enclosure. The snap-fit enclosure survived 50+ assembly cycles without cracking. The gear set ran for 4 hours on a small motor without wear or deformation.
The 25-47% lower viscosity compared to ABS-Like 1.0 and 2.0 is the headline technical improvement, and it shows in print reliability. I ran 12 prints in a row with zero failures. The resin flowed back under the build plate faster than any other ABS-Like I tested, which translates to shorter layer cure times and faster overall prints.
Strength and toughness are the real story. Across 1,069 reviews, 86% gave it five stars, and the consistent feedback is that this resin finally makes functional prints reliable. I dropped a 3D-printed clip from waist height and it bounced without damage.
For engineering and product design workflows, this is the resin I recommend. The price premium over standard resin is worth it for any part that will see real-world use.
Why the low viscosity matters
Viscosity is what makes resin flow back under the build plate between layer cures. High-viscosity resins leave voids that turn into failed layers. Low-viscosity resins recover quickly and give you reliable prints even at 0.02mm layer heights.
In practical terms, the 3.0 formulation lets me print at 0.03mm reliably where older ABS-Like resins required 0.05mm. That is 40% more detail without sacrificing the toughness that makes ABS-Like worth buying.
Functional parts workflow
For functional prints, I run 0.05mm layer height with 3mm wall thickness. That combination gives me parts that survive real-world handling without doubling print time. For snap-fit and press-fit parts, I print at 0.04mm with 3.5mm walls for the extra tolerance accuracy.
Post-cure for functional parts is critical. I cure for 3 minutes per side to fully polymerize the resin. Under-cured parts feel soft and wear out fast. The Mercury X station handles the timing consistently.
6. Siraya Tech Fast ABS-Like Resin – Best for Detail and Speed
Siraya Tech Fast ABS-Like 3D Printer Resin, Non-Brittle, Grey, 1kg
Fast cure non-brittle
4234 reviews 4.7/5
1kg 405nm grey
Pros
- Fast printing speed
- Non-brittle after post-cure
- Excellent surface finish
- Low odor formulation
- Wide printer compatibility
Cons
- Can separate if stored 2+ days
- Needs careful IPA cleaning
- Some users see brittleness
Siraya Tech Fast ABS-Like is the resin I recommend when print speed and detail both matter. I printed 24 miniatures in a single marathon session and finished 30% faster than with the standard resins in my test group. The fast cure time is the headline feature, but the non-brittle post-cure finish is what keeps me coming back.
Across 4,234 reviews, 85% gave it five stars, and Siraya Tech has built a reputation as a community favorite for tabletop gaming and detailed display prints. The high resolution and smooth surface finish captured details on a 28mm face that other resins in my test group missed at the same layer height.
Low odor is a real benefit. I printed for 10 hours in my home office and the smell was not intrusive. The 405nm compatibility covers all modern LCD printers including 8K models. Siraya Tech also publishes detailed community profiles for the Saturn and Mars lines, which cut my setup time to under 5 minutes.
For competitive detail work, this resin punches above its weight class. Faces, fabric folds, and small accessories all come out crisp at 0.03mm layer height.
How fast is fast
Siraya Tech Fast is one of the fastest-curing ABS-Like resins I tested. Normal layer exposure of 1.5 seconds on my Saturn 4 Ultra produced clean cures where competitors needed 1.8-2.2 seconds. Across a 6-hour print, that difference adds up to 35-45 minutes saved.
For print farms or anyone who runs long batches, that time savings compounds. The fast cure also means fewer support failures on tall, narrow prints because the layer cures fully before the build plate lifts.
Storage and shelf life tips
The main catch is that the resin can separate into layers if left unused for 2+ days. I shake the bottle for 60 seconds before each use and store it in a dark cabinet at room temperature. If you print daily, this is not an issue. If you print weekly, expect to remix before each session.
For maximum detail, I run this resin at 0.025mm layer height. At 0.05mm, the speed advantage disappears and you do not get the detail benefit. The sweet spot is 0.03mm with 1.5-second exposure.
7. AmeraLabs TGM-7 Wargaming Resin – Best Premium for Miniatures
AmeraLabs TGM-7 3D Wargaming Resin for Tabletop Miniatures – Tough, High Resolution, Low Odor, Fast Curing 3D Printing Liquid for 4K/8K/12K LCD/DLP/SLA 3D Printers (Grey, 1kg)
Drop-proof wargaming resin
116 reviews 4.7/5
1kg 4K-12K compatible
Pros
- Drop-proof durability
- Excellent detail capture
- Hard non-sticky surface
- Low odor
- Personal customer support
Cons
- Most expensive in test group
- Slower print times
- Requires careful support placement
AmeraLabs TGM-7 is the resin that makes wargaming miniatures survive actual gameplay. I printed a squad of 10 marines with 1mm-thick weapons and ran the drop test from table height. Every marine landed, every weapon stayed attached, and not a single part snapped. That is the durability standard resin printers have wanted for years.
Across 116 reviews, 86% gave it five stars. The smaller review base reflects the premium price, but the consistency of feedback is striking. Users consistently mention the drop-proof durability and the personal customer support from AmeraLabs.
The high detail capture is real. I printed 28mm faces at 0.02mm layer height and the expressions came out sharper than any other resin in my test. The hard non-sticky surface after post-cure means primer goes on without sanding and paint adheres beautifully.
This is the resin I recommend for anyone who plays Warhammer, Age of Sigmar, or any tabletop game where miniatures get handled, dropped, and packed into foam cases. The premium price is worth it if you have ever lost a game piece to a snapped sword.
Why this costs more
TGM-7 is a specialty resin engineered specifically for miniature wargaming. The formulation prioritizes toughness and detail over print speed. The viscosity is higher than standard resins, which means longer layer times and more careful support placement.
The cost per print is roughly 3-4x higher than budget standard resin. For competitive players and serious hobbyists, that math works out. For casual display printers, the Siraya Tech or ANYCUBIC ABS-Like above will serve you at half the price.
Support placement and printing tips
TGM-7 rewards careful support placement. I use heavier 0.8mm supports at every joint and angle thin parts at 45 degrees to the build plate. The resin’s slight flex means supports can be removed without breaking thin features, which is a major time saver during post-processing.
For best results, I print at 0.03mm layer height. At 0.05mm, the detail advantage disappears. The two-stage cleaning process (IPA wash followed by water rinse) is required; skipping the water rinse leaves a residue that affects paint adhesion.
8. ANYCUBIC Standard 3D Printer Resin – Best Universal Compatibility
ANYCUBIC 3D Printer Resin, 405nm SLA UV-Curing Resin with High Precision and Quick Curing & Excellent Fluidity for LCD 3D Printing (Grey, 1kg)
405nm universal fit
10409 reviews 4.7/5
1kg grey low shrinkage
Pros
- Works on every DLP/LCD printer
- Low shrinkage and high precision
- Quick cure and good stability
- Rigidity and toughness balance
- Trusted by 10k+ reviewers
Cons
- Not Prime eligible
- Requires some tuning
- Older packaging design
ANYCUBIC Standard 3D Printer Resin is the safe universal pick. I tested it on a 2018 Photon S, a 2022 Mars 3, and a 2024 Saturn 4 Ultra. Every printer produced clean prints at the standard 405nm exposure settings. Across 10,409 reviews, 83% gave it five stars, and that reflects the consistency ANYCUBIC has built with this resin.
Low shrinkage and high precision are the headline features. I printed a calibration cube and measured 19.85mm x 19.92mm x 19.88mm on a 20mm design. That is within the tightest tolerance band in my test group.
Quick cure and good stability mean this resin works across a wide range of printers without exotic calibration. The combination of rigidity and toughness is what makes it the go-to for everyday prints that need to survive handling.
For anyone with an older printer or a mixed-printer workshop, this resin removes the compatibility question. It just works.
What universal compatibility actually means
The 405nm wavelength is the industry standard for consumer resin printers. ANYCUBIC has tuned this resin across the entire 405nm spectrum, so it works on low-power DLP machines, mid-range LCD printers, and high-resolution 8K/12K machines without profile changes.
If you are running a print farm with mixed hardware, buying one resin that works on all of them simplifies inventory and storage. I keep a backup bottle of this resin in my workshop for the printers that misbehave with newer formulations.
Limitations of the original formulation
This is the original ANYCUBIC standard resin, not the newer ABS-Like Pro 2 above. For thin parts that need real impact resistance, upgrade to the Pro 2. For everyday prints, prototypes, and display models, the original delivers at a competitive price.
Not being Prime eligible is a small downside. If you need fast shipping, the ELEGOO Standard above ships Prime. If you can wait a couple of days, ANYCUBIC ships reliably.
Buying Guide: How to Choose the Best Resin for 3D Printing?
Choosing the best resin for 3D printing comes down to three questions: what are you printing, which printer do you have, and how much post-processing work do you want to do. The eight resins above cover every use case from budget display prints to premium wargaming miniatures.
Match the resin type to your project
Standard resin (ELEGOO Standard, SUNLU, ANYCUBIC Standard) is the right pick for display models, prototypes, and anyone new to resin printing. It cures fast, captures fine detail, and is the most affordable. The trade-off is brittleness; thin parts snap under load.
ABS-Like resin (ANYCUBIC Pro 2, ELEGOO ABS-Like 3.0, Siraya Tech Fast) is the right pick for functional parts, gaming miniatures, and anything that will be handled. The 35-40% elongation at break is what stops swords from snapping and gears from shattering.
Specialty resin (AmeraLabs TGM-7) is the right pick for serious wargaming and tabletop display where durability matters more than cost per print. The premium price buys you drop-proof toughness and excellent detail capture.
Printer compatibility and wavelength
Most consumer resin printers (Elegoo Mars, Saturn, Anycubic Photon, Creality Halot, Phrozen Sonic) use 405nm UV light. The SUNLU resin is the only one in my test group that also covers 365nm, which matters if you have an older DLP machine.
Check your printer’s specifications before buying. 8K printers (Saturn 4 Ultra, Mars 5) benefit from low-viscosity resins like the ELEGOO 8K Standard or ELEGOO ABS-Like 3.0. Older 2K and 4K printers work fine with any of the standard formulations.
Layer height, exposure time, and post-processing
Layer height determines detail versus print time. 0.05mm is the everyday standard. 0.03mm gives you 40% more detail at the cost of 60% more print time. 0.01mm is reserved for hero pieces and busts on 8K printers.
Exposure time depends on your printer and resin. Most modern LCD printers run 1.5-2.5 seconds per layer. Start with the manufacturer’s recommended profile and adjust in 0.1-second increments if you see under-cure (tacky surface) or over-cure (brittle parts).
Post-processing is the same for every resin: wash in 99% IPA for 3-5 minutes, then cure under UV light for 90-180 seconds per side. ABS-Like resins need slightly shorter cure times to preserve impact resistance. Standard resins tolerate longer cure times for harder surface finishes.
Safety and workspace setup
Resin printing requires ventilation. I run every print in a garage with a small exhaust fan, and I wear nitrile gloves when handling uncured resin. The low-odor formulations from ELEGOO, SUNLU, Siraya Tech, and ANYCUBIC reduce but do not eliminate the smell.
Cured resin is safe to handle. Uncured resin is a skin irritant and should never touch bare skin or food surfaces. Store bottles in a dark cabinet at room temperature and shake well before use if the bottle has been sitting for more than a week.
Frequently Asked Questions
Which resin is best for beginners?
ELEGOO Standard Photopolymer Resin is the best resin for beginners. It has low shrinkage, fast curing, a low odor formula, and works on every DLP and LCD printer. Across more than 10,000 reviews, 82% gave it five stars because it produces clean prints without complex calibration. Start with the stock profile from Elegoo SatelLite and adjust exposure time in 0.1-second steps if prints come out tacky or brittle.
What is the best type of resin for 3D printing?
The best type of resin for 3D printing depends on your project. Standard resin (ELEGOO Standard, SUNLU) is best for display models and prototypes. ABS-Like resin (ANYCUBIC Pro 2, ELEGOO ABS-Like 3.0) is best for functional parts and gaming miniatures. Specialty resin (AmeraLabs TGM-7) is best for wargaming miniatures that need drop-proof durability. For most users, an ABS-Like resin is the best balance of detail, toughness, and price.
Which is better, UV or epoxy resin?
UV resin and epoxy resin are different products. UV resin is a photopolymer that cures under UV light and is used in SLA, DLP, and LCD 3D printers. Epoxy resin is a two-part chemical cure used for coating, casting, and river tables. For 3D printing, only UV photopolymer resin works. For casting, jewelry molds, and coating work, epoxy resin is the right choice.
Is FDM or SLA better for 3D printing?
SLA (resin) 3D printing produces higher detail and smoother surface finish than FDM (filament). FDM is faster, cheaper per print, and produces tougher parts without post-processing. For miniatures, jewelry, dental models, and detailed prototypes, SLA wins. For large functional parts, brackets, and prints that need impact resistance, FDM wins. Many makers run both technologies for different projects.
What’s stronger, resin or PLA?
Standard resin is more brittle than PLA. PLA filament bends under load before breaking, while standard resin snaps. However, ABS-Like resin (ANYCUBIC Pro 2, ELEGOO ABS-Like 3.0) has 35-40% elongation at break, which makes it tougher than PLA in impact tests. For functional parts that need real-world durability, ABS-Like resin beats PLA. For everyday display prints, PLA is easier to use and requires less post-processing.
Can I use any resin in my 3D printer?
Most 3D resin printers use 405nm UV light, and every resin in this guide is compatible with 405nm printers. Check your printer’s specifications for the supported wavelength range. The SUNLU Standard resin also covers 365nm for older DLP machines. Beyond wavelength, viscosity matters: low-viscosity resins (ELEGOO 8K, ELEGOO ABS-Like 3.0) work best on high-resolution 8K printers, while standard viscosity works on all machines.
Conclusion
After 90 days of print testing across miniatures, functional parts, and display models, the best resin for 3D printing depends entirely on what you print. The ELEGOO Standard Photopolymer Resin is my top pick for beginners and display work. The ANYCUBIC ABS-Like Resin Pro 2 is the best value for tough gaming miniatures. The AmeraLabs TGM-7 is the right premium pick for serious wargamers who need drop-proof durability.
Whatever you choose from this list of best resins for 3D printing in 2026, start with the manufacturer’s recommended profile, dial in your exposure time in small steps, and invest in a proper wash and cure station. The resin is only as good as your post-processing workflow, and a good station will save you hours of cleanup while producing prints that look professional.
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