The best resin printers: top 5 compared.

Looking for the best resin 3D printer in 2026? This comparison is for anyone who wants finer detail than a filament 3D printer can give: intricate miniatures, figures, jewellery masters, architectural and dental models – anything where you want to create models with crisp detail – and model railway vehicles in H0 and N, down to the window frames.

Getting the choice right matters. Resin printers differ more in comfort, size and safety features than in price, and the wrong one means failed prints, fumes in the living room or a build plate too small for your models.

Three rules decide who gets on the list. It is an MSLA resin 3D printer for home use. You can buy it today for less than €700 in the maker's EU shop. And at least one big test site, Tom's Hardware or 3dprinting.com, names it a pick in its class. Each of the five stands for a different kind of buyer.

We did no hands-on testing of our own. We compared manufacturer data with published reviews from Tom's Hardware and 3dprinting.com, and with the makers' shop prices on 14 November 2026. For a more detailed explanation of filament printers, read our comparison of the best 3D printers.

Do you need a resin 3D printer – or two printers?

A resin 3D printer hardens liquid photopolymer resin layer by layer with UV light. SLA printers trace each layer with a laser, DLP printers flash it with a digital projector, as the printer maker Formlabs explains. In everyday use, people often call all of them SLA printers. Almost every hobby machine, all five here included, is an MSLA printer: the light shines through an LCD screen that masks each layer, and the part grows upside down from the build plate. After each layer it has to be pulled off the release film, the FEP film, at the bottom of the resin tank, which the makers call the vat. Tilt release and similar systems lower those peel forces, which are a common reason prints fail.

The result is high-quality prints with detail no filament printer reaches: smooth surfaces, sharper edges, rivets you can count – smoother than filament printing gets. Besides standard resin there are other resin types with varying properties – tough, flexible, clear and castable for jewellery – and hobby machines take third-party resins, so you are not tied to one brand – check the resin compatibility list of your printer anyway. The price is the work afterwards. Every part has to be washed in alcohol and cured again under UV light, and the liquid resin must not touch your skin.

You don't need two printers. For miniatures and scale models in H0 or N, a resin 3D printer is enough. A filament 3D printer, also called an FDM printer, is the second machine if you also want big, tough, cheap parts – brackets, boxes, jigs, bases for a layout, or models from scale 0 upwards. Buy the resin printer first if detail is the reason you are buying at all.

FDM printers are generally easier to use and maintain, which is why Tom's Hardware sends beginners and households with young children to them first. Resin printing itself is the oldest 3D printing process: Chuck Hull patented stereolithography in 1986, and cheap LCD printers brought it into homes in the late 2010s. Today most consumer resin printers cost between about €150 and €700 – our five range from €159 to €649 – while professional systems such as the Formlabs Form 4 cost several thousand dollars.

Print quality: what 16K and 9K really mean

The "K" on the box counts the pixels of the screen, not their size. What decides the detail is the pixel size in microns, the XY resolution: the smaller the pixels, the higher the precision of edges, rivets and lettering. A bigger screen needs more pixels for the same detail:

So the cheapest printer here, the Mono 4 with a 10K screen, has smaller pixels than the 14K Photon P1, and the 7K M7 Max has the coarsest. The layer height, the resolution along the Z axis, is set in the slicer; typical values are 0.025 to 0.05 mm. Build volume decides how big a part can be in one piece, or how many small parts fit on the plate at once.

What they cost – to buy and to run

These are November sale prices in the makers' own shops; EU prices include VAT, US prices are before sales tax. The regular prices are higher: €648 for the Saturn 4 Ultra 16K, €699 for the P1, €362 for the Mars 5 Ultra, €229 for the Mono 4 and €899 for the M7 Max. Elegoo's Black Friday sale runs from 2 November to 1 December, according to its press release. The US price for the Mono 4 is the range 3dprinting.com gives.

The hidden costs

The upfront cost of the printer is not the whole bill. You need:

• A wash and cure station. Elegoo's Mercury Plus V3.0 costs €129.99 in its EU shop, Anycubic's Wash & Cure 3 costs €89 and the larger Wash & Cure 3 Plus €169. Bundles are cheaper: the Mars 5 Ultra with the Mercury Plus V3.0 costs €413, and the Mono 4 with the Wash & Cure 3 costs €228. For the M7 Max you need the big Wash & Cure 3 Max, which 3dprinting.com calls the only consumer station that takes a full plate.
• Resin. A kilo of Elegoo's ABS-like resin 3.0 costs €18.99 in the EU shop. 3dprinting.com gives $25 to $50 per kilo on the open market and 15 to 75 cents for a miniature.
• Isopropyl alcohol for washing, nitrile gloves, safety glasses, paper towels and a silicone mat.
• Wear and replacement parts. The FEP film lasts about 100 to 200 prints at roughly $10 each, and a monochrome LCD 2,000 to 3,000 print hours; a new one costs $80 to $150, 3dprinting.com reckons. Elegoo covers the screen for three months only.

3dprinting.com budgets $150 to $200 for consumables in the first six months. A realistic start with the Mars 5 Ultra is therefore around €450 to €500: printer and station as a bundle, a kilo or two of resin, alcohol and gloves.

Cold rooms cost prints

Resin gets thick when it is cold; warm resin flows better and gives better adhesion between the layers, Elegoo says, which helps print quality. That is why the Saturn keeps its resin at 30 °C and the P1 and the M7 Max heat the vat to between 20 and 40 °C. The Mars 5 Ultra and the Mono 4 have no heater, so they belong in a heated room, not in an unheated garage in January.

What a part costs: resin or FDM?

Per kilo, the materials are close. Elegoo's ABS-like resin costs €18.99, and Bambu Lab's EU shop sells standard filament from €13.99 a roll if you buy six or more. The difference lies elsewhere. A resin part is solid or hollow, while an FDM printer fills the inside with a sparse pattern and uses less material. And every resin print wears the FEP film and the screen and needs alcohol, gloves and electricity – by the 3dprinting.com figures above, roughly 20 to 60 cents per print.

Our rough calculation of the total ownership cost per part, material and wear only, without your time:

So a comparable part costs about two to three times as much in resin. For an H0 body that hardly matters, because the FDM version doesn't show the detail anyway. The bigger cost is your time: 20 to 30 minutes of post-processing per resin print.

Carbon fibre and heat: where FDM wins

Resin offers tough, flexible and heat-resistant special resins. The range of fibre-reinforced engineering plastics, though, belongs to FDM: nylon, PETG and PET with carbon or glass fibre, plus ASA and polycarbonate – materials for functional parts that have to hold. In Bambu Lab's EU shop PETG-CF costs from €32.99 a roll, and a kilo of carbon-fibre nylon PAHT-CF costs €103.71 at the Dutch dealer Makerpoint.

Fibre filaments need three things. A hardened steel nozzle: the fibres act like sandpaper and quickly wear stainless steel parts, Bambu Lab's wiki warns. An enclosed printer for the nylon types. And dry filament: Bambu Lab dries PETG-CF for 8 hours at 65 °C before printing.

Heat is the other point. Elegoo gives its ABS filament a heat deflection temperature of 85 °C, and PETG reaches about 69 °C. A common ABS-like resin, Protolabs' Accura Xtreme Gray, is rated at 54 to 62 °C depending on the load, according to its data sheet. Special high-temperature resins go far higher – eSUN states more than 280 °C for its H100 resin in its data sheet – but they are niche products. A dashboard reaches 69 °C after an hour in the summer sun, as our 3D printer comparison explains, so car parts are FDM jobs.

The rule of thumb: detail and looks – resin. Strength, heat, sun and the car – FDM, with carbon fibre for the demanding parts. For a tram model that means the body in resin and the adapter plate, holders and base in FDM.

Scores

Each printer gets 0 to 10 points in five criteria: detail (pixel size), ease of use (levelling, release system, software and what the reviews report), build volume, heating and sensors (heated vat, camera, failure detection) and value at the current shop price. The weights are 25, 25, 15, 10 and 25 per cent.

The Saturn wins clearly. All five produce high-quality prints, though; behind the winner the totals are close, and the five are made for different jobs. Read the bars, not just the total: the best resin 3D printer is the one that fits your projects.

The five best resin 3D printers

1. Elegoo Saturn 4 Ultra 16K – the best all-rounder

3dprinting.com names it the best resin 3D printer overall, and Tom's Hardware gives the same title to its 12K sister model, the Saturn 4 Ultra, calling it an excellent high-resolution printer that is fast and easy to use. The 16K version has a 10-inch screen with 15,120 × 6,230 pixels, each 14 × 19 microns, and a build volume of 211.68 × 118.37 × 220 mm, according to Elegoo.

It has the most complete set of features here and does almost everything for you. The vat tilts to release each layer, the tank keeps the resin at 30 °C, and the printer levels its build platform itself. A mechanical sensor reports residue in the vat, low resin and levelling errors. An AI camera with a light checks that the build plate is empty, detects warped prints and records time-lapses – Elegoo itself notes that detection results vary with the model and the resin. Among the other features: Wi-Fi connectivity is dual-band, and you can run several printers as a cluster.

The downsides: there is no built-in air filtration system; Elegoo sells its Mars Mate carbon purifier separately. The screen warranty is three months. And in the Tom's Hardware review of the 12K model the camera only worked with the Chitubox slicer. The list price is $649.99 or €648; in the November sale it costs $399 or €419. An H0 tram body of 155 mm fits flat on its plate.

2. Anycubic Photon P1 – the most automated

The P1 is the printer for people who want to fiddle least. 3dprinting.com lists it as its pick for detail with two materials. It levels itself with what Anycubic calls Auto-Leveling 3.0 and runs a self-check before every print. Its Wave Release system lowers the peel force by up to 60 per cent compared with traditional release, the Anycubic shop says, and Anycubic promises sharper edges and better dimensional accuracy.

The 10.1-inch 14K screen has pixels of 16.8 × 24.8 microns, the build volume is 223 × 126 × 230 mm, the largest of the four standard-size machines. The vat heats from 20 to 40 °C, and AI checks look at the build plate, the first layers, the resin level and residue; they are switched off by default. Anycubic built it for very thick resins of up to 8,000 cps. An optional dual-material kit with two vats and two plates, $20 in the US shop, lets you switch between different materials without cleaning the vat. At 45 dB or less it is quiet.

The catch is the higher price point, €499 in the EU sale (€699 regular) or $599 in the US, and the print speed: Anycubic quotes 25 to 35 mm per hour at 0.05 mm layers with standard resin. Elegoo's figure of up to 150 mm per hour is a fast-mode maximum, so the two are not measured the same way. A filter is an extra.

3. Elegoo Mars 5 Ultra – high resolution for miniatures and H0

Tom's Hardware names it the best high-resolution resin 3D printer, and 3dprinting.com the easiest first resin printer. The 7-inch 9K screen has square pixels of 18 × 18 microns. The build volume is 153.36 × 77.76 × 165 mm, small but enough for figures, jewellery and model railway vehicles in H0 and N, according to Elegoo.

You get the Saturn's comfort in a smaller box: tilt release, one-click levelling and a self-check, the mechanical sensor for resin shortage, residue and levelling errors, and the AI camera with warp detection and time-lapse. Wi-Fi is built in. At 8.8 kg it is easy to move.

What it lacks is a heater and a filter. In the Tom's Hardware review the test prints stuck so hard to the build plate with the default settings that it was difficult to remove prints. It costs €279 in Elegoo's EU shop (€362 regular) and $259 in the US sale. An H0 tram body is 2 mm too long to lie flat on its plate – print it at an angle, which you would do anyway.

4. Anycubic Photon Mono 4 – the cheapest start

3dprinting.com calls it the cheapest credible pick, and at €159 in Anycubic's EU shop (€229 regular) it is the cheapest way into resin printing here – the price floor for a printer we would recommend. At or below that price floor you find older designs such as the Photon Mono 2, Tom's Hardware's beginner pick at $159, with pixels twice as large: 34 microns. The print quality is not cheap: the 7-inch 10K screen has pixels of 17 × 17 microns, the finest of the five, and the build volume is 153.4 × 87 × 165 mm, according to Anycubic. That is high resolution at a very competitive price.

The savings are in the comfort. You level the build plate once by hand at four points. There is no tilting vat, so the peel forces are higher, and no heater, no camera, no Wi-Fi and no app: files go in by USB stick. Anycubic quotes a print speed of up to 50 mm per hour with standard resin at 0.1 mm layers. At 4 kg it is the lightest of the five.

As a first 3D printer for fine detail and little else, it is hard to beat. The bundle with the Wash & Cure 3 costs €228. Keep it in a warm room.

5. Anycubic Photon Mono M7 Max – large format, the biggest prints

Tom's Hardware lists it as the best large resin 3D printer, and 3dprinting.com recommends it for large-format work such as cosplay parts and terrain. Its build volume of 298 × 164 × 300 mm, or 14.7 litres, is more than two and a half times the build size of the Saturn. Large prints such as helmets, busts and bigger models come out in one piece – this is a large-format resin printer – and big print jobs of small parts fit on one plate.

The 13.6-inch screen has only 7K, so the pixels measure 46 × 46 microns – the print quality is fine for big parts and coarse for small ones. Dual linear rails guide the Z axis. The vat heats from 20 to 40 °C, and failure monitoring detects layer separation, a model that comes off the build platform and problems with the vat or film. An auto-fill unit tops up the resin; it costs €60.99 extra, according to Anycubic.

It is a machine for a fixed place and in a different weight class: 24 kg, 65 cm high, with four-point levelling by hand, although 3dprinting.com reports that it comes factory-levelled and is set up in about five minutes. Wi-Fi is listed as coming later. It costs €649 in the EU sale (€899 regular) or $749 in the US, and it needs the large wash station. A vat this big also holds a lot of resin.

What to look for in a resin 3D printer

Most consumer resin printers look alike: a UV light source – the light engine – an LCD screen above it, a vat with a release film and a build platform – the print bed of a resin printer – that moves up the Z axis, curing one layer at a time. The differences that decide print quality and comfort sit in a handful of places.

LCD screen: pixel size, light source and lifespan

The LCD screen sets the maximum resolution in the XY plane – a higher XY resolution means smaller pixels and high precision on fine edges – which is why the pixel size matters more than the "K" on the box (see the table above). Under the screen sits the UV light source. Elegoo uses a 405 nm COB array with 92 per cent light uniformity in the Mars 5 Ultra, and Anycubic quotes more than 92 per cent for the P1. Uneven light hurts print quality, because it cures some areas more than others, so the light uniformity is worth a look; good light uniformity also keeps the edges sharp across the whole plate.

The screen is also the main wear part. 3dprinting.com expects a monochrome LCD screen to last 2,000 to 3,000 print hours and heavy users to replace it every 12 to 18 months. Check the price of replacement parts before you buy: Phrozen lists the 14K screen for the Mighty Revo at €188.75 in its EU shop and advertises a one-minute swap.

Tilting vat or standard release

After every printed layer the part has to come off the release film. A standard MSLA printer simply lifts the build platform, and the peel force pulls on the part. A tilt vat mechanism tips the vat instead, so the film peels away from one side. The Mars 5 Ultra and the Saturn 4 Ultra 16K work with a tilting vat, and Anycubic's Wave Release in the P1 cuts the peel force by up to 60 per cent. The Mono 4 has no tilt vat mechanism, so its peel forces are higher, 3dprinting.com notes. Lower peel force means fewer failed prints and a higher overall print speed at the same settings – speed without sacrificing quality, as Elegoo promises. It advertises high speed for both of its tilt printers, with a print speed of up to 150 mm per hour in fast mode.

Auto leveling or manual leveling of the build plate

The build platform – the print bed – has to sit exactly parallel to the screen, or the first layers won't stick. Auto leveling does that for you: the Saturn, the P1 and the Mars level themselves before every print. Manual leveling means loosening the plate, pressing it onto a sheet of paper on the screen and tightening it again – Anycubic puts the levelling paper in the box. On the Mono 4 you do it once at four points; the M7 Max also uses four-point leveling but arrives factory-levelled. Too much bed adhesion is a problem of its own: in the Tom's Hardware review the Mars 5 Ultra held its prints so firmly that they were hard to remove.

Smart features worth paying for

The feature set of modern printers has grown fast. These are the smart features that actually save prints:

• Resin level detection and residue detection. The Saturn and the Mars warn you before the vat runs dry and stop when cured residue lies in the vat.
• A heated vat. It keeps the resin flowing in a cold room – on the Saturn, the P1 and the M7 Max.
• A built-in camera. The Saturn and the Mars use one to monitor prints and record time-lapses; the P1's AI checks are switched off by default.
• Auto fill. The M7 Max tops up resin from the bottle with an optional unit. It can't run at the same time as the optional air purifier, because both use the same USB port, Anycubic says.

Smart sensors are no guarantee, though: Elegoo itself writes that detection results vary with the model and the resin.

The brands behind the best resin printers

Elegoo and Anycubic dominate the lists: four of the five printers here come from them, and both brands appear again and again in the picks of Tom's Hardware and 3dprinting.com. Phrozen builds sturdy detail printers that miniature painters and tabletop gaming fans like, and Creality competes on price with its Halot series. Formlabs is the professional benchmark, with FDA-cleared dental resins – and with resin at $150 to $200 a litre and Formlabs-approved materials only.

How to use a resin 3D printer: from slicing to post-processing

At the machine itself, a resin printer is simpler than a filament printer: there is no nozzle temperature to set and no filament to load. The work comes before and after the print.

1. Prepare. Put on nitrile gloves and safety glasses and open the window. Shake the resin bottle and pour the resin into the resin tank. The Saturn, the P1 and the Mars check the build plate themselves; the Mono 4 you level once by hand.
2. Slice. This is where you learn the most. In the slicer – Chitubox for Elegoo, Photon Workshop for Anycubic – you set the layer height, tilt the part, hollow it, add drain holes and place the supports. A filament slicer does most of that for you. Every resin needs its own exposure time, so print a small exposure test print when you change resin – test prints cost cents and save a vat full of resin.
3. Print. Send the file by USB stick or Wi-Fi, close the hood and wait. The printing time depends on the height of the part, not on how many parts share the plate, because the screen exposes a whole layer at once.
4. Wash. Take off the build platform, let it drip over the vat and scrape the part off. Wash it in isopropyl alcohol and let it dry. A wash station gives more consistent quality than washing by hand, 3dprinting.com says.
5. Cure. Supports come off most easily before the final cure, while the part is still slightly soft. Then cure it under UV light: 3dprinting.com gives 2 to 10 minutes – too short leaves the part soft, too long makes it brittle.
6. Clean up. Pour leftover resin back into the bottle through a filter and check the FEP film for cured bits. Cure soaked paper and gloves before they go in the bin, filter used alcohol and wipe the machine regularly.

An FDM 3D printer needs three steps: slice, print, take the part off the plate and break off the supports. 3dprinting.com counts 20 to 30 minutes of post-processing per resin print, against about five for a filament part. For the detail, model makers and miniature painters accept that, and the two printers can share the same bench.

Printing scale models in H0 and N

Resin is the material for highly detailed models such as model railway vehicles in H0 and N. Take the Konstal 105Na, the tram that ran in Polish cities for decades: 13,500 mm long, 2,400 mm wide and 3,060 mm high, as Wikipedia lists. Divide by the scale and you get the size of the model:

The pillar column assumes a pillar 10 cm wide on the real tram. The scales follow the European model railway standard NEM 010.

In N, pixels decide. A 0.6 mm pillar is 33 to 35 pixels wide on the Mars 5 Ultra and the Mono 4, but only 13 on the M7 Max. So take one of the fine-pixel printers for excellent detail, and draw the pillars a little thicker than true to scale, or the body breaks when you clean it. Make test prints of a single window section first.

In H0, all five print the body. It lies flat on the Saturn and the P1; on the Mars 5 Ultra and the Mono 4, at 153 mm, it goes in at an angle. That is the normal way anyway: tilted, the supports sit on the roof edge or inside the body, not on the sides you look at. A hollow body with 1 mm walls takes about 17 ml of resin before the supports, by our own rough sum of sides, roof and ends – well under a euro of material. Leave the underside open so the resin can drain; that is where the chassis or an adapter plate goes later.

In scale 0, only the M7 Max takes the 300 mm body in one piece, standing at about 45 degrees: then it needs about 260 mm of its 298 mm length and 300 mm height. On the other four, split the body. From scale 0 upwards a filament printer does the job too, and much more cheaply.

How a drawing becomes a print file, where to find good drawings and which chassis make a model run is explained in the scale-model chapter of our 3D printer comparison.

Safety: resin, alcohol and fumes

Fully cured prints are safe to handle. Uncured resin is not. Tom's Hardware warns that it is toxic and can cause skin irritation, headaches, dizziness or nausea.

The skin is the main risk. Resins are based on acrylates, and their monomers are known allergens. One of them, HEMA, was added to the European baseline series for allergy tests in 2019, and 1.5 to 3.7 per cent of patients tested in Europe react to it, a 2023 review in the journal Contact Dermatitis reports. The problem is best known from artificial nails and dentistry; a 2024 case report in the same journal describes 3D printing as a new source of exposure for a dental technician. So: nitrile gloves and safety glasses every time you touch the vat, the plate or an uncured part.

The finished print is harmless. Everything before the final cure belongs behind gloves.

Then the air. Researchers Qian Zhang and Marilyn Black of UL's Chemical Insights institute measured a desktop resin 3D printer – an SLA printer, in their words – in a test chamber in 2021. It gave off very few particles but a lot of volatile organic compounds, their report says – three to six times the rate of filament printing, with chemicals of concern from printing, washing and curing. The rates stayed below the limit of the emissions standard UL 2904, Additive Manufacturing reports. A 2024 study by the same institute in a dental school recommends fresh-air ventilation with exhaust to the outside.

For home that means:

• Proper ventilation comes first. Print in a room with a window, not in the bedroom, 3dprinting.com advises – and not where you cook. An air filtration system with activated carbon helps; a HEPA filter does not catch these vapours.
• Isopropyl alcohol is flammable. Keep it closed and away from heat. Used alcohol can be filtered and reused.
• Resin is toxic, so dispose of it properly: never pour liquid resin or used alcohol down the drain. Cure leftovers and soaked paper under UV light and dispose of them as rules in your country require; that applies to the rinse water of water-washable resins too.
• Keep children and pets away. Tom's Hardware suggests that households with young children start with a filament 3D printer.

Not on the list: budget options and machines for power users

Machines that didn't make the five:

• Phrozen Sonic Mighty Revo (€895.40 in Phrozen's EU shop): known for its build quality: an aluminium frame, dual linear rails and an LCD rated for more than 2,000 hours, 3dprinting.com's pick for long-term reliability. In November 2026 it is backordered in the US and EU.
• Phrozen Sonic Mini 8K S (€363): long a favourite for miniatures, with 22-micron pixels and a solid build quality – mostly metal, says Tom's Hardware. 3dprinting.com now sees the Mars 5 Ultra ahead on comfort.
• Elegoo Saturn 4 Ultra (12K): Tom's Hardware's overall pick, with pixels of 19 × 24 microns – a good buy if you find it well below the 16K model.
• Anycubic Photon Mono M7 Pro (€459): automatic resin refill and peel detection for high-volume printing, overkill for beginners according to 3dprinting.com.
• Formlabs Form Studio 1 (about $699) and Form 4 (from about $2,625): cartridges, factory calibration and a closed material system – the professional route and Tom's Hardware's pick for businesses, with resin at $150 to $200 a litre.
• Phrozen Sonic Mega 8K S (about $1,579 at list): Tom's Hardware's pick for print farms, which run many resin printers side by side, with a 15-inch screen and a build volume of 330 × 185 × 300 mm – far above our price limit.
• Elegoo Jupiter 2 (from about $849): 16K on a 302 × 162 × 300 mm build volume for very large detailed prints.

Which one?

The right printer depends on what you print – there is no single best printer for everyone. The best resin 3D printer for almost everything, from miniatures to H0 bodies: the Elegoo Saturn 4 Ultra 16K. As little fiddling as possible and thick special resins: Anycubic's P1. Miniatures and H0 models with comfort and little money: the Elegoo Mars 5 Ultra. The lowest price for fine detail: the Anycubic Photon Mono 4. Helmets, busts and scale-0 bodies in one piece: Anycubic's M7 Max.

Plan the station, the resin and the room together with the printer. And if you also want big, tough parts for the workshop or the car, add a filament 3D printer later – the comparison is here.

FAQ

What is the best resin 3D printer in 2026?

The Elegoo Saturn 4 Ultra 16K. It combines 14-micron pixels with a tilting vat, a heated tank, automatic levelling and a camera, and costs $399 or €419 in the November sale.

Which resin 3D printer is best for beginners?

The Elegoo Mars 5 Ultra. It levels itself, releases each layer by tilting the vat and warns you about residue and low resin. If you want to spend as little as possible, Anycubic's Photon Mono 4 costs €159 but needs levelling by hand. Start with small test prints either way.

Do I need a resin 3D printer and an FDM printer?

No. A resin 3D printer covers miniatures and scale models in H0 and N on its own. An FDM printer is the sensible second machine for large, tough and cheap parts.

How much does a resin 3D printer cost to run?

Resin costs from about €19 per kilo, and a miniature uses 15 to 75 cents' worth. Add alcohol, gloves, a release film every 100 to 200 prints and, after 2,000 to 3,000 hours, a new screen. 3dprinting.com plans with $150 to $200 for the first six months.

Which resin 3D printer is best for model railways in H0 and N?

For N, a printer with fine pixels, such as the Elegoo Mars 5 Ultra or the Mono 4 from Anycubic. For H0, the Saturn 4 Ultra 16K, which takes a 155 mm tram body flat and prints several at once.

Do I need a wash and cure station?

You can wash in a closed box of alcohol and cure on a sunny windowsill, but a washing station makes the results even and saves time and mess. Stations cost from €89; bundles with the printer are cheaper.

Is resin printing safe at home?

Yes, with gloves, safety glasses and good ventilation. Uncured resin can cause skin allergies and gives off vapours; cured prints are harmless.

What does 16K or 9K mean on a resin 3D printer?

It counts the pixels of the screen. A high resolution depends on the pixel size in microns: the 10K Photon Mono 4 has smaller pixels (17 × 17 microns) than the 14K Photon P1 (16.8 × 24.8).

Is a resin part more expensive than an FDM part?

Yes, about two to three times for a comparable part, by our rough calculation. The resin itself costs about as much per kilo as filament; the difference comes from solid parts, wear parts, alcohol and gloves. Carbon-fibre filaments are the exception: they cost two to seven times as much as standard filament.

Which is better, Anycubic or Elegoo?

In this comparison Elegoo leads: the Saturn 4 Ultra 16K wins, and the Mars 5 Ultra is the most comfortable small printer, both with a tilting vat and a built-in camera. Anycubic is cheaper at the bottom with the Mono 4 and bigger at the top with the M7 Max, and its P1 is the most automated. Both take third-party resins.

What are the downsides of a resin 3D printer?

Mess, chemicals and time. Liquid resin can cause skin allergies and gives off vapours, and every part has to be washed and cured – 20 to 30 minutes per print. Resin parts also take less heat than FDM parts in ABS or carbon-fibre nylon, and the build volume is smaller than on most FDM printers.

Where should I put a resin 3D printer at home?

In a well-ventilated area with a window where nobody sleeps or cooks, at room temperature and out of reach of children and pets – a hobby room, a workshop or a heated garage. Add a carbon filter if the room is small.

Which resin 3D printer is best for dental work?

None of the five is made for a dental lab. For regulated or commercial contexts like that, 3dprinting.com points to professional systems: the Formlabs Form 4 with FDA-cleared dental resins, or Phrozen's Sonic XL 4K Plus as a dental specialist. For dental models in a hobby or teaching setting, a resin 3D printer like the Saturn 4 Ultra 16K prints the detail, but not with certified materials.

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Sources: Tom's Hardware, Best Resin 3D Printers (last updated 22 June 2026), its Best 3D Printers list and its review of the Mars 5 Ultra · 3dprinting.com, Best Resin 3D Printers (reviewed 3 November 2026) · Elegoo press release on its Black Friday sale (PR Newswire, 2 November 2026) · Notebookcheck · UL Chemical Insights (2021 report on resin printer emissions, 2024 dental school study) · Formlabs · Additive Manufacturing · Contact Dermatitis (2023 review on HEMA, 2024 case report) · Wikipedia (Konstal 105Na) · MOROP (NEM 010) · Bambu Lab (EU shop and wiki) · Phrozen (parts shop) · Makerpoint · Elegoo (ABS filament) · Protolabs and eSUN (resin data sheets) · manufacturer pages and EU shops of Elegoo, Anycubic and Phrozen. Prices as of 14 November 2026. This is a comparison of published data, not a test of our own.