Best resin 3d printers 2023

Creality Halot-One Plus 3D Printer Review: 4K Resolution, Sub-$400 Price

Tom's Hardware Verdict

Offering high resolution and an above-average build volume, the Creality Halot-One Plus is an impressive machine with a set of hardware features not typically seen at this price.

Pros

+
4K+ resolution provides sharp detail and consistent surfaces
+
Large 5-inch LCD interface is bright, fast, and responsive
+
Halot Box slicer software is simple and easy to use
+
Built-in Wi-Fi connectivity and remote print monitoring
+
Integrated air filtration unit

Cons

-
Z endstop placement at the top of the Z axis is a strange choice
-
Creality Cloud platform appears to host many unauthorized models
-
Four bolt build platform leveling can be messy

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The Creality Halot-One Plus is the flagship printer in the Halot line of MSLA printers, offering 4K resolution, a 7.9-inch mono LCD with a 3 second exposure time, and other high-end features in a package that retails for just under $400. The Halot-One Plus appears to have been designed for the prosumer market, with features like Wi-Fi connectivity, air filtration, and other features that don’t typically appear in printers in this price range.

During testing, this printer proved to be a logical next-step in resin 3D printing, showing how these features can be successfully implemented at a lower price point while still maintaining functionality. We had issues with the Creality Cloud platform and the lack of attribution on published models, but the printer hardware itself places this among the best resin 3D printers.

Creality Halot-One Plus Specifications

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Machine Footprint	9.29" x 9.57" x 16.46" (23.6cm x 24.3cm x 41.8cm)
Build Volume	6.77" x 4.02" x 6.30" (172mm x 102mm x 160mm)
Resin	MSLA Photopolymer Resin
UV Light	4,500 uw/m2 Integral Light Source
Masking LCD Resolution	4320 x 2560
Masking LCD Size	7.9-inch
XY Axis Resolution	.04mm
Interface	5-inch LCD Touchscreen

Included in the Box of Creality Halot-One Plus

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The Creality Halot-One Plus ships with everything you need to get started printing, including a set of Allen keys, plastic and metal scrapers to remove parts from the printer, a printed user guide, and a power cable, and some paper funnels for pouring resin back into the bottle from the vat. The printer itself is well-packed and protected, with a protective plastic covering over the UV-resistant lid.

Unlike with many other resin printers, including the Elegoo Mars 3, the Halot-One Plus does not include any consumables such as gloves, masks, or other cleaning supplies. This isn’t a large omission, but it means first time users will want to make sure they have all the proper supplies before they start printing.

One of the first features I noticed on the Creality Halot-One Plus was the large LCD screen. The 5-inch screen is bright, responsive, and feels like the type of capacitive screen you’d expect to see on a tablet or mobile phone. This screen is easy to read and use, and immediately sets the Halot-One Plus apart from similarly priced machines that use smaller screens. The Halot-One Plus also includes an onboard ARM Cortex-M4 quad-core 64 bit processor, which gives it more processing power than other similarly priced machines.

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The Halot-One Plus has a dark blue UV-resistant lid, something that stands out from the typical red, orange, or yellow used on similar printers. This lid is close to opaque, and I can’t easily see through it during printing. The QR code printed on the top of the lid leads to the Creality Cloud site where users can purchase models, 3D printers, consumables, as well as a social platform for sharing prints.

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The Halot-One Plus features an integrated 100W power supply, so there’s no need for an external power brick. The build size, printer size, and other information is printed on a sticker on the back of the printer, as well as a QR code that appears to contain information specific to the printer. The base of the Halot-One Plus is heavy and dense, and feels very sturdy despite the plastic shell.

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The integrated air filtration system on the Halot-One Plus is a welcome addition and worked very well throughout our testing. The resin used in the MSLA printing process can have an odor during printing, and the integrated air filtration system significantly reduces the amount of odor from the Halot-One Plus. The air intake is located directly behind the resin vat, and runs automatically throughout the duration of printing.

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The Z axis on the Halot-One Plus uses a threaded rod with a captive nut for travel, and the dual linear rails allow for smooth and consistent movement. Most small format MSLA resin 3D printers use a single linear rail for travel, with dual rail systems being more common on larger machines like the Elegoo Saturn or the Anycubic Mono X. The build platform is suspended from a lightweight metal arm and doesn’t deflect, even when printing large and heavy parts.

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The Halot-One Plus has the Z endstop located at the top of the Z axis, an unusual design choice for an MSLA resin 3D printer. Typically, the leveling process involves dropping the platform to Z0 (the bottom of the Z axis) and ensuring the platform is planar with the LCD screen. The Halot-One Plus requires the entire platform be brought to the top of the printer to define Z0, and then lowered to the LCD screen and leveled. It’s hard to say if this is a less accurate process, but it’s definitely a more time-consuming one.

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The resin vat on the Halot-One Plus is smooth and easy to clean, with printed labels that indicate 250mL, 450mL, and 650mL fill levels. The vat also has a spout molded into the front right and back left corners, which makes pouring resin out of the vat and back into the bottle a simple and mess-free process. One of the screws that secures the vat to the frame had some flashing on the molded thumbscrew, and this meant the screw couldn’t actually fit into the mating hole without being trimmed. Not a major issue, but definitely a QC issue that should have been caught before the printer was packed and left the factory.

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The light source of the Halot-One Plus is what Creality calls the “Integral Light Source”, which is a high-powered 4,500 uw/cm2 LED array that is projected through the masking LCD via an angled mirror in the base of the printer. This light source generates a substantial amount of heat during printing, which causes the onboard fan to run continuously during printing.

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The 7.9-inch masking LCD has a resolution of 4320 x 2560, a resolution that is slightly above the typical 4K resolution (4098 x 2560) used on similar resin 3D printers like the Elegoo Mars 3. This 4K resolution translates to an XY pixel size of .04mm (40 microns), which is high enough to capture fine details and texture when printing.

Image: Creality

(Image credit: Creality)

Build Platform on Creality Halot-One Plus

The Creality Halot-One Plus uses a four bolt leveling system to ensure a planar relationship between the build platform and the masking LCD. Because the Z endstop is located at the very top of the printer, this process involves loosening the build platform connecting bolts, sending the built platform to the top of the printer to trigger the endstop, then reversing direction and sending the platform to the bottom of the Z axis. Once the platform is sitting flush on the masking LCD, the four bolts are tightened and the platform is leveled.

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The Halot-One Plus has four upward-facing bolts that secure the build platform to the gantry arm, and these bolts tend to fill with resin during printing. This is a poor design choice, as resin tends to pool inside the bolt cap heads, in the knurling, and around the bolts, which is very difficult to clean and remove. Elegoo has solved this on their Mars 2 Pro and Mars 3 printers by using a simple captive ball joint that can be leveled with only two screws. Those platforms are easy to level and clean without additional effort.

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Printing Safety with Halot-One Plus

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The Creality Halot-One Plus uses 405nm UV resin, a material that you need to handle safely when in an uncured state to avoid injury. The resin can be harmful when making contact with skin, so make sure to wear gloves when pouring, cleaning up, or handling uncured resin. I also make sure I’m wearing gloves when removing the build platform after a print, as the resin tends to pool on top of the platform and can drip off while the platform is being removed.

Make sure you use the Halot-One Plus in a well-ventilated room to minimize the danger from inhaling fumes. Any spills or uncured resin stuck to a surface should be cleaned using 99% isopropyl alcohol and the container for the resin should be kept closed and secured when not actively pouring material.

Printing the Included Test Print on the Creality Halot-One Plus

The test print included with the Creality Halot-One Plus is one of the best demonstration prints I have ever seen. The 8 hour print is titled “Kholek Suneater”, and it fills nearly the entire build area of the Halot-One Plus from corner to corner. This model comes pre-sliced using the same settings as in Halot Box (.05mm layer height, 3 second layer exposure time, 40 second base layer exposure time, etc.), and is ready to print directly from the USB thumb drive.

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Creality has apparently identified one of the common applications of resin 3D printing (tabletop gaming and miniatures) and has embraced this by including a detailed miniature model with the Halot-One Plus. My previous experience with Creality’s test prints was poor; the Creality LD-002R (a budget MSLA resin 3D printer) included a test model that took over 19 hours to print and was not particularly impressive.

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This model has a very dense support structure, which is required to support all the various fine features including a long hammer and tail. The support structure was removed easily and left minimal marks on the printed model. Unfortunately, I broke the hammer during washing, but was able to glue it back on without much effort. The spikes on the armor, the thin tail, and the other details present on this model are sharp and in focus, and I believe that anyone who purchased this printer to make miniatures would be immediately delighted to see such a high-quality model come out of the printer without any additional preparation.

Preparing Files for Printing with Creality Halot Box

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While resin 3D printers tend to be much more mechanically simple than filament FDM 3D printers, the software typically requires more setup work and the part preparation is a very important part of the process. Creality includes a copy of Halot Box with the Creality Halot-One Plus, which is the slicer design for the Halot series of printers.

Halot Box offers two separate menus for slicing parts: Basic Options and Advanced Options. As expected, Basic Options contains parameters like layer thickness, exposure time, build platform raise height, and more which users will likely adjust the most often. These options are pre-populated with parameters that are more focused on success as opposed to speed, with a 3-second layer exposure and a 40 second initial layers exposure. Advanced Options contains more complicated parameters, such as shrinkage compensation for X, Y, and Z axes, anti-aliasing, and other parameters.

(Image credit: Creality)

Halot Box is a fully featured slicer and is capable of importing models, hollowing them for resin printing, adding support structures, and even more advanced features like adding text, slicing a model into pieces, and measuring between two points. These features make Halot Box just as feature-rich as ChituBox and Lychee slicer, both of which are also compatible with the Halot-One Plus.

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I prepared this model of a dragon using the default Halot Box settings, including a 5mm shell after hollowing, medium support settings, and default slicer settings. Sliced with a .05mm layer height and a 3 second exposure time, this print took just over 12 hours to print out using Anycubic Water Washable Aqua Grey resin. The process of importing a model, hollowing, adding drain holes, adding support, and slicing took about 5 minutes and was intuitive and easy.

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Comparison of the Creality Halot-One Plus vs.

Elegoo Mars 3

(Image credit: Tom's Hardware)

The 4K resolution mono LCD on the Creality Halot-One Plus makes it a natural competitor to smaller resin printers like the Elegoo Mars 3, but the larger build volume and Wi-Fi capabilities help it to edge out most competition. Instead of focusing on Z height, the Halot-One Plus has a large surface area on the build platform, providing additional space for printing multiple parts.

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Header Cell - Column 0	Creality Halot-One Plus	Elegoo Mars 3
Masking LCD Resolution	4320 x 2560	4098 x 2560
Masking LCD Size	7.9 inches	6.7 inches
XY Resolution	.04mm	.035mm
Build Dimensions	6. 77 x 4.01 x 6.29 inches	5.64 x 3.52 x 6.89 inches
	(172mm x 102mm x 160mm)	(143mm × 89mm × 175mm)
Build Volume	170.76 cubic inches	136.79 cubic inches
Printer Dimensions	9.29 x 9.57 x 16.46 inches	8.93 x 8.93 x 17.28 inches
	(23.6cm x 24.3cm x 41.8cm)	(22.7cm x 22.7cm x 43.85cm)
Printer Volume	1463 cubic inches	1378 cubic inches
Build / Footprint Ratio	11.70%	9.90%
(higher is better)
Price	$399	$299

The Halot-One Plus has a somewhat squat appearance in contrast with the taller and narrower Mars 3, and the large LCD screen on the front gives it an appearance that is closer to an appliance than a 3D printer. The build volume is somewhere between the Elegoo Mars 3 and the Elegoo Saturn, and the price also sits between the two.

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The Halot-One Plus is slightly larger in size than the Mars 3, but the differences in build volume and X/Y area are clear when comparing the two. In addition, the built-in air filtration system, large LCD, and dual Z axis linear rails give the Halot-One Plus a more industrial appearance. The front-facing USB port makes swapping out USB drives easy on both printers, but the power button on the Halot-One Plus is located on the back of the machine as opposed to the front-mounted power button on the Mars 3.

The build platform of the Halot-One Plus has a lightly textured surface, which gives printed parts a more complex surface to bond to during printing. Placing the platform of the Halot-One Plus and the Mars 3 side-by-side highlights the difference in build area, with the Halot-One Plus being a full inch longer in the X axis and just under half an inch wider in the Y axis. The difference in build area is complemented by an increase in pixel resolution, which makes the Halot-One Plus XY pixel size .04mm, a 5 micron difference from the .035mm resolution of the Mars 3.

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Printing a Large Model on Creality Halot-One Plus

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The build platform on the Creality Halot-One Plus is large enough to fit busts from Loot Studio, so I printed the bust of Korut The Mechappilian. The model prints in 5 pieces: the bust, left arm, right arm, base, and minigun. I was able to fit the bust and both arms onto a single build platform, and printed the minigun and base separately. Processing these files in Halot Box was easy, and just involved dragging the models into the window, clicking “slice”, and exporting. No additional steps were needed, and I used Anycubic Grey Craftsman Resin and the default exposure settings.

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The first filled build platform printed flawlessly, and the level of detail was incredible. The lizard-like texture on the model looked realistic, and the smooth armor components had a consistent and even appearance. The 3-second exposure time seemed like a perfect fit for this resin as the support material snapped off easily and without leaving major pockmarks on the model.

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After washing and curing the model, the general surface quality was still very impressive. The smooth surfaces have an even appearance and there are virtually no layer lines present, owing to the .05mm layer height and the .04mm X/Y resolution. The nubs left by the support structure detach easily, and can be removed by simply running a pair of tweezers over them.

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The final assembled bust looks more like a resin collectible than a 3D print, and the general quality was as good as any resin 3D printer under $2,500 that I have used. The joints fit together with simple peg and hole locating features, and they were a perfect friction fit. You can clearly make out the lizard skin texture on the model, and the fine detailing on the armor is easy to see without magnification.

Printing Models from Creality Cloud

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Creality has implemented Creality Cloud into its Halot Box software, which allows users to download models directly from the internet into their slicer. This feature has come under scrutiny due to the widespread abuse enabled by the ability to mass upload models, regardless of their copyright or designer intent. YouTuber Bryan Vines made an excellent video discussing this topic, which shows how the platform was intended to be used versus the current usage.

For example, on the front page of the Creality Cloud, I saw the chainmail model by Agustin “Flowalistik” Arroyo. This model is currently available with a Creative Commons Attribution license, which means attribution is required when sharing the model or derivatives. The model on Creality Cloud has been uploaded by “user3265593031”, and features the picture from Printables as well as filenames with “flowalistik” in them, further proving they were uploaded by someone other than the creator.

(Image credit: Creality)

The chainmail model was easily downloaded, sliced, and sent to the printer without any additional steps required through Halot Box. While this does make searching for and downloading models a simple process, it’s troubling to see that the original creator has no effective recourse for limiting this type of piracy. In this case, I was aware of the original creator but it would be completely understandable that most users may not, and may even think the model was being provided by Creality directly.

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The Halot-One Plus is also able to download models from Creality Cloud directly from the printer interface without using Halot Box or any other slicer software. While this is a convenient feature, it is still subject to the same issues as downloading models from Creality Cloud via Halot Box. For instance, I downloaded this Minion file from the printer interface, but have no easy way to determine who the original designer was, what copyright license they used, and their intent for the printed model. In addition, the model printed completely solid and used significantly more resin than I was expecting for such a small print.

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The Creality Halot-One Plus is a sleek, smart, and well-performing printer that worked well during our testing and left me impressed with the quality of prints made with minimal to no adjusting of the default settings when using the Halot Box slicer. The 172mm x 102mm x 160mm build volume is larger than other similarly priced printers, and the 4K resolution of the masking LCD provides sharp detail and fine features.

The Halot-One Plus sits in the awkward spot between small and large format resin 3D printers, and it’s hard to see if there is a place in the market for this machine. The large onboard LCD and built-in Wi-Fi connectivity are something you would expect on a more expensive printer like the Prusa SL1S, but are users currently looking for these features over build volume and print speed? That’s a hard question to answer, and only time will tell if the Halot-One Plus becomes a popular model.

If resolution isn’t your primary concern and you’re looking for the most build volume for your dollar, the Elegoo Saturn (on sale on Amazon for $369) and Elegoo Saturn 2 (available as a pre-order for $550) provide larger build volumes for a similar price tag. If you want to go in the other direction and find a printer with a higher resolution and aren’t worried about the price, the Phrozen Sonic Mini 8K provides an eye-watering .022mm XY resolution at an $899 price tag.

Andrew Sink first used a 3D printer in 2012, and has been enthusiastically involved in the 3D printing industry ever since. Having printed everything from a scan of his own brain to a peanut butter and jelly sandwich, he continues to dive ever more deeply into the endless applications of additive technology. He is always working on new experiments, designs, and reviews and sharing his results on Tom's Hardware, YouTube, and more.

Elegoo Saturn 3D Printer Review: Large Volume, High Quality, Great Value

Tom's Hardware Verdict

The Elegoo Saturn impressed us with its high-quality output, impressive attention to detail with regards to machine design, and large build volume.

Pros

+
+ Native integration with ChituBox slicer
+
+ Exceptionally large build-volume-to-price ratio
+
+ Rigid dual-Z linear rail system
+
+ Leveling process is simple

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The larger counterpart to the Elegoo Mars series of printers, the Elegoo Saturn is a large-volume resin MSLA 3D printer that has found a way to offer increased build volume without sacrificing part quality. By increasing both the size and the resolution of the masking Mono LCD, the Elegoo Saturn is able to offer the same XY resolution of the Mars 2 Pro while increasing the total build volume.

One of the best 3D printers, the Saturn impressed me with how easy it was to set up and use but the scarce availability of the typically $500 printer may be a source of frustration when searching for one to buy.

Elegoo Saturn Specifications

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Machine Footprint	11.02" x 9.44" x 17.55" (28cm x 24cm x 44.6cm)
Build Volume	7.55" x 4.72" x 7.87" (192mm x 120mm x 200mm)
Resin	DLP Photopolymer Resin
UV Light	405nm UV LED Matrix
Masking LCD Resolution	3840 x 2400
Masking LCD Size	8. 9-inch
Interface	3.5-inch LCD Touchscreen
XY Axis Resolution	.05mm

Included in the Box of Elegoo Saturn

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The Elegoo Saturn ships in a well-packed box and includes all of the accessories you need to start printing as soon as the printer is out of the box. Included in the accessories box is a metal scraper (for removing parts from the build platform), a plastic scraper (for removing parts from the FEP sheet and stirring the resin), some paper funnels with a wire mesh (for filtering resin), wire cutters (for removing support material), latex gloves, and a healthy number of spare bolts, Allen keys, and other easy-to-lose parts. The included USB stick comes pre-loaded with a test print, the Chitubox slicer app, a digital copy of the user manual, and a few files from the 3D model repository site MyMiniFactory.

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Elegoo shipped this Saturn with a ‘tomshardware. com’ sticker applied to the UV-resistant lid, which was a nice touch for a review unit. As far as I can tell, this is the only difference between this unit and a typical retail unit, so my experience with this printer should be similar to yours if you purchase it directly from Elegoo.

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The Saturn is a typical resin MSLA 3D printer which utilizes a vat of resin, a masking LCD, a UV light source, and a single axis of movement. It took me under five minutes to assemble this printer, and most of that time was removing foam and packaging from the box. The printer doesn’t require any mechanical or electrical assembly, and only needs to be calibrated before printing. The calibration process is almost effortless (more on that later), and the out-of-the-box experience felt quick and easy.

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The Saturn uses an 8.9-inch masking LCD with a resolution of 3840 x 2400, which gives it an effective XY resolution of . 05mm. The masking LCD ships with a pair of protective stickers on it during shipping, and I had no problem removing them before printing. The black protective tape around the masking LCD needs to be left on the machine, and the manual makes sure to mention this first so a new user doesn’t accidentally remove it while removing the rest of the stickers.

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The resin vat on the Saturn uses four bolts that protrude from the bottom as locating posts which makes locking the vat into place a fast and repeatable process. One of the biggest problems I have when cleaning resin vats is that they typically sit with the delicate FEP film flush against the surface they are laid down on, so even a small bump in a table can possibly dent or deform them. The four posts on the corners of the Saturn’s vat keep the FEP film slightly elevated during cleaning, which is a small feature but a welcome change in design.

The resin vat also has a max fill line printed right on it which takes away the stress from potentially over-filling and spilling resin. This feature, along with the spout that is molded into the vat, indicates that Elegoo has put some thought into the needs of users who are frequently changing vats or draining and replacing resin.

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Unlike most resin MSLA 3D printers which use a single linear rail for the Z axis, the Saturn uses a threaded leadscrew and a pair of linear rails for added stability. The Saturn features a larger build volume than most MSLA 3D printers, which means more weight is suspended from the cantilevered build platform. Between these two rails and the solid machined bracket for the build platform, the Saturn is able to print without bending the build platform bracket during lift moves, and I was impressed with the rigidity of the system.

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The Saturn uses a USB stick for transferring files to the printer, as well as an Ethernet connection for adding the machine to a network. If you’re interested in using the Saturn as part of a high volume print farm, the ability to network the machine means you can transfer files without the need for an external drive. The two fans on the back of the unit provide airflow for the controller board and UV LED light source, but don’t provide air filtration like the fan in the Elegoo Mars 2 Pro. Despite the lack of air filtration, the Saturn didn’t seem to emit an odor any worse than the Mars 2 Pro during printing, but if you’re concerned about air quality you’ll want to take this into account.

Leveling the Build Platform on Elegoo Saturn

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When printing on an MSLA resin 3D printer, you want the build platform to be perfectly level with the FEP film so the resin cures evenly across each layer. This leveling process can be a challenge for beginners and it can be frustrating to have failed prints due to poor bed leveling. Elegoo has addressed this problem by using a unique leveling process that is fast, simple, and easy to complete. The Elegoo Saturn uses a build platform held rigid by two bolts and includes simple step-by-step instructions for the leveling process.

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After loosening the two bolts on the build platform and placing the included piece of leveling paper over the masking LCD, I dropped the Z axis to the home position and watched as the build platform self-leveled and sat perfectly flush. Once the axis had come to a rest, I simply tightened the two screws in the order indicated and lifted the build platform up. Compared to the leveling process on a printer like the Longer Orange 10 that uses four screws that need to be tightened in a star pattern and tend to shift during tightening, the Saturn feels almost effortless to set up.

Printing Safety with Elegoo Saturn

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The Elegoo Saturn uses 405nm UV resin, a material that you need to handle safely when in an uncured state to avoid injury. The resin can be harmful when making contact with skin, so make sure to wear gloves when pouring, cleaning up, or handling uncured resin. I also make sure I’m wearing gloves when removing the build platform after a print, as the resin tends to pool on top of the platform and can drip off while the platform is being removed.

Make sure you use the Saturn in a well-ventilated room to minimize the danger from inhaling fumes. Any spills or uncured resin stuck to a surface should be cleaned using 99% Isopropyl Alcohol and the container for the resin should be kept closed and secured when not actively pouring material.

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The build platform on the Saturn is designed with a trapezoidal shape that allows uncured resin to drip off and prevents it from pooling on the top of platform during printing. Despite this shape, I noticed that resin had a tendency to collect at the very edge of the platform, and I couldn’t help but wonder if a more aggressive angle or a chamfered edge would help to allow more resin to drip back into the vat during printing. This is a relatively minor point, as the majority of resin will drip downwards during printing and cleaning the edge of the build platform doesn’t require much effort.

Printing the Included Test Prints on the Elegoo Saturn

Most 3D printers include a prepared test print as an opportunity for the manufacturer to demonstrate the strengths of their machine. Despite this relatively simple premise, I’ve found that test prints can be a source of frustration for first time users as they have a tendency to have issues that most first-time users won’t be expecting.

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Unfortunately, the Elegoo Saturn falls short in this category and my experience with the included test print was really the only major disappointment I had while writing this review. The Saturn includes a test print on the included USB drive called “_Rook_SATURN.ctb” that consists of two chess pieces with fine details on the interior and exterior of the model. This test print completes in a very reasonable 3 hours and 49 minutes, and I was impressed with the fine detail on the models once the print had completed. Unfortunately, this is where things took a bit of a turn.

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The build platform on the Saturn has a sandblasted textured finish which helps cured resin adhere during printing and prevents parts from delaminating. When removing a part, a thin raft can be bent (as seen in the picture above), which allows the part to easily detach from the build platform without too much trouble. This is a delicate balance; too thin and the part won’t adhere to the plate, too thick and the part can’t be easily removed. I had no trouble with any of the parts I sliced in Chitubox, but as you’ll see below, the included test print was significantly more difficult to remove.

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Once printed, the detail on the rooks was impressive, but the solid base of the model printed directly on to the build plate didn’t present an intuitive method of removal. After using the included metal scraper and attempting to gently pry the parts off, I wondered if this was a common problem or if the Elegoo Water Washable Ceramic Grey resin I was using simply wasn’t compatible with the settings provided. A quick Google search for “Elegoo Saturn Test Part Stuck To Plate” shows that this is not an uncommon problem, with some users resorting to using a rubber mallet to remove the parts from the build plate.

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I was eventually able to remove the prints from the bed, but it required significantly more effort than I was comfortable with and resulted in both parts being chipped along the bottom layer. This could have been avoided with a demo model that was suspended from a support structure or simply used a sacrificial raft during printing to prevent such a wide and thick model being printed directly on the build plate. It’s worth noting this was the only time I experienced this issue during this review. The rest of the parts I prepared using Chitubox for printing were easily removed and didn’t require excessive force to remove from the plate.

Preparing Files for Printing with Chitubox

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The Elegoo Saturn uses Chitubox for slicing, preparing, and exporting files for 3D printing. Chitubox is a feature-rich program which reduces the need for secondary programs to generate supports, hollow models, or make other changes that would typically require a longer workflow. The general process for preparing a 3D model for resin 3D printing goes like this:

Import 3D model
Angle model for printing (avoiding wide per-layer cross-sections)
Hollow model
4Add drain holes
Generate support material
Slicer
Delete islands
Export printable file

Chitubox makes this easy, as each step can be accomplished within the software without the need to export the file to various third-party softwares. Chitubox also includes a built-in profile for the Elegoo Saturn which gives good quality results without any tweaking or modifications. I’ve been a fan of Chitubox since I started using it, and the ease-of-use and native support for the Saturn makes it a logical choice.

(Image credit: Chitubox)

The profile for the Saturn that is included with Chitubox is what I would consider a good starting point for base settings. The Z resolution of .05mm is high enough to give a good quality print, but not so high as to cause an excessively long print time. The per-layer cure time of 2.5 seconds makes the Saturn a speedy printer when compared to machines with 9 second per-layer cure times like the Creality LD-002R.

(Image credit: Tom's Hardware)

For a first test, I used the Ancient Statue model from Loot Studios and prepared it using the default settings in Chitubox without making any modifications. For resin, I used the Elegoo Water Washable Ceramic Grey , which has worked very well for me in the past on the Elegoo Mars 2 Pro. This model used about 28 grams of resin and printed out in just under 4 hours, which seems in line with what I would expect from a Mono LCD 3D printer.

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(Image credit: Tom's Hardware)(Image credit: Tom's Hardware)

The Water Washable Ceramic Grey resin looked great after printing, and the support structure removal process is simplified by not requiring any isopropyl alcohol or other chemicals to remove the excess resin. A quick soak in a small tub of hot water dissolved the excess resin from the surface of the printer and also softened the support structure. After removing the support structure, I cured the model for a total of two minutes in 30 second increments to prevent it from warping.

(Image credit: Tom's Hardware)

It’s worth taking a moment to reflect on the printing process so far before we really look at this model. The steps to create this model are all simple and straight-forward, and a beginner could easily follow along to calibrate the bed, fill the resin vat, and process the file for printing. The resulting print looks sharp and detailed, and even small details like the cracks in the stone of the statue resolve and don’t require any touch-up work. Putting aside the large format nature of the Elegoo Saturn, it’s easy to understand why this machine is in such demand; it’s easy to use, gives good quality results, and the native software doesn’t require tinkering or tweaking.

Print Size Comparison of the Elegoo Mars 2 Pro vs.

Elegoo Saturn

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(Image credit: Tom's Hardware)(Image credit: Tom's Hardware)

The Elegoo Saturn shares many design similarities with the Elegoo Mars 2 Pro, so it makes sense to compare the two 3D printers directly. The Saturn uses a higher resolution masking LCD, but the increased size of the LCD means the XY resolution (pixel size) is .05mm on both machines. This means a part printed on the Mars 2 Pro and Saturn, using the same settings, will result in two parts that should be indistinguishable from one another.

Swipe to scroll horizontally

Header Cell - Column 0	Elegoo Mars 2 Pro	Elegoo Saturn
Masking LCD Resolution	1620 x 2560	3840 x 2400
XY Resolution	.05mm	.05mm
Build Dimensions	5. 08 x 3.15 x 6.3 inches	7.55 x 4.72 x 7.87 inches
Build Volume	100.81 cubic inches	280.46 cubic inches
Printer Dimensions	7.87 x 7.87 x 16.14 inches	11.02 x 9.44 x 17.55 inches
Printer Volume	999.66 cubic inches	1825.70 cubic inches
Build / Footprint Ratio (higher is better)	10.0%	15.4%

With a retail price of $500, the Saturn offers nearly 3 times the total build volume (280 cubic inches vs. 100 cubic inches) of the Mars 2 Pro, which retails for $330. If you’re interested in throughput and high-volume printing ability, the Saturn is able to produce a large batch of parts at the same resolution as Mars 2 Pro. However, if you’re looking for a higher resolution finished part and aren’t interested in a large build size, a 4K LCD printer like the Phrozen Sonic Mini 4K would be a better choice.

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(Image credit: Tom's Hardware)(Image credit: Tom's Hardware)

Printing a Large Assembly on the Elegoo Saturn

(Image credit: Tom's Hardware)

The large build volume and fast per-layer print time of the Elegoo Saturn make it ideal for printing models that would ordinarily be too large or time-consuming to print on a smaller MSLA resin printer like the Longer Orange 10. To test out the ability of the Saturn to print large models in multiple pieces simultaneously, I loaded up the Olympus Rider model from Loot Studios. This model of a winged Pegasus complete with rider armed with a spear prints in six individual pieces and a single large base.

(Image credit: Chitubox)

Unfortunately, the auto-placement feature in Chitubox wasn’t able to automatically place all of these parts on the build platform in order to print them in a single piece. After manually rotating the parts myself, I was able to get everything except the base of the model onto a single tray. This would be an ambitious print under the best of circumstances, as it covered a large portion of the surface area of the build platform and would create a large amount of suction when moving the platform up and down. After slicing, Chitubox generated an estimated build time of 7 hours and 10 minutes as well as a material usage of 128 ml. I wasn’t sure if the Saturn could handle a print this ambitious, but I was eager to see if this hard-to-find machine could live up to its reputation.

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(Image credit: Tom's Hardware)(Image credit: Tom's Hardware)

The Saturn printed every single part on the build platform without any defects, and I was genuinely surprised and impressed with how easily the Saturn could handle a large and complex build like this. The Elegoo Water Washable resin created a support structure that was easily removed and left minimal pockmarks on the finished model.

(Image credit: Tom's Hardware)

After a rinse and cure in the Elegoo Mercury Plus Cure/Wash station, I laid out the parts and assembled the model using DAP RapidFuse CA glue, a favorite of mine for making strong bonds on resin prints like this one. The final result is a finely-detailed print that measures nine inches wide and six and a half inches tall, and it is one of the largest resin MSLA prints I’ve ever made. The 3D model to 3D print process was seamless and easy, and this model earned the Saturn a permanent place on my personal list of all-time favorite 3D printers.

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(Image credit: Tom's Hardware)(Image credit: Tom's Hardware)

Printing Multiple Miniatures Simultaneously on the Elegoo Saturn

(Image credit: Tom's Hardware)

One of the key abilities of a large build volume resin MSLA 3D printer like the Elegoo Saturn is the ability to print multiple parts simultaneously. The Saturn is a popular printer for users interested in tabletop gaming, and the large build volume is ideal for printing out multiple miniatures in a single print. Because the print speed is dictated by the number of layers and not the number of miniatures, printing a single miniature or a full build platform full of them takes the same amount of time.

As a test of the printer’s performance, I filled the build platform with some of the enemies from the Loot Studios Ghostly Odyssey release which features a mix of detailed creatures and human 32mm miniatures.

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(Image credit: Chitubox)(Image credit: Chitubox)

After importing the models into Chitubox, I manually laid them out to prevent the support structure rafts from touching to reduce the overall total surface area of the bottom cross-section. Chitubox handled the slicing of this large tray without breaking a sweat, and I was easily able to fit a mix of models and bases for a total of 12 parts printing simultaneously. Chitubox gave an estimate of 3 hours and 51 minutes, which is an attractive print speed for such a large yield of parts.

The models have a support structure already generated, so after slicing all I had to do was detect and remove the islands (small, unconnected pixels that can cause floating bits of resin) and scroll through the layer view to check for any missing geometry. This is a quick and largely-automated process made possible by the Chitubox app, which I am grateful that Elegoo has internally decided to endorse as opposed to attempting to make their own slicer app which may lack some of this functionality.

(Image credit: Tom's Hardware)

As I expected, the print was completed without incident. Because of the large number of support structures, the first hour or so of the print is just hundreds of tiny cylinders (as seen in the Chitubox preview above). Every time the build platform lifted, it sounded like a Velcro strap being removed as each of the tiny support structures delaminated from the FEP sheet with a tiny pop sound. I couldn’t decide whether the sound was reassuring or not, but in the end, I’m grateful for each pop because it meant the printer was working correctly.

(Image credit: Tom's Hardware)

The support structures were easy to remove after a quick soak in hot water, and the models all felt like they had been cured enough to be solid. In particular, the swords and wings on the smaller models were easy to free from the support structure, and I wasn’t concerned with them breaking off or shattering during the cleaning.

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(Image credit: Tom's Hardware)(Image credit: Tom's Hardware)

Even on these 32mm miniatures, the details were crisp and features like the individual feathers on the harpy model resolved well and could be easily distinguished. If you’ve used a printer like the Anycubic Photon Mono or the Elegoo Mars Pro, this level of resolution (.05mm) is directly comparable with what you’re used to, so the big benefit of the Saturn is being able to increase your output without sacrificing quality.

The Elegoo Saturn is about as hard to find as a PlayStation 5 right now, and it tends to sell out immediately after each restock at Amazon and the Elegoo official store. After using it for this review, it’s clear to me why the printer is in such high demand: it’s fast, relatively inexpensive, and offers a build volume ideal for printing multiple parts simultaneously. The Saturn regularly sells for over $700 on second-hand sites like eBay, so finding one may prove to be a challenge for the foreseeable future.

I asked Elegoo to comment on the relative scarcity of the Saturn, and they indicated a combination of high demand and rigorous quality control were to blame for the shortages.

These two printers are too hot sale, so they always sold out. In fact, we have arranged more products for Amazon every week, but it sold out when available. In addition, our company will test the machine before selling, so it costs some time.
Elegoo

The high-yield nature of the Saturn makes it ideal for printing multiple miniatures simultaneously, so there’s no doubt this printer will be a hit among hobbyists who are interested in printing custom miniatures. The large build volume also offers the ability to print large parts in a single print, something that smaller machines like the Creality LD-002R aren’t able to accomplish.

The overall trouble-free printing experience of the Saturn makes it appealing to beginners as well as more advanced users, but the $500 retail price (if you can even find it for that) might be a little high for a first printer. If you’re interested in a lower cost alternative, the Elegoo Mars Pro or the Anycubic Photon Mono both offer a similar printing experience at a lower price point.

(Image credit: Tom's Hardware)

TOP-15 best models in terms of quality and reliability

A 3D printer is a device used for 3D printing. In this article, we will tell you how to simplify the search for the necessary 3D printer model among the variety on the market. We analyzed the options available in online stores, studied their functionality, got acquainted with the technical characteristics and user reviews. Here we present the ranking of the best 3D printers for 2022-2023. They are grouped by the most popular request categories.

Ranking of the best 3D printers for 2022-2023

Place	Designation	Price	Description
Best 3D printers by price/quality for 2022-2023
1	Wanhao D12/500	Ask for a price	Best in price/quality for 2022-2023 as selected by users
2	Creality 3DPrintMill CR-30	Ask for a price	High quality 3D printer using conveyor printing method
3	Phrosen Schuffle XL Lite	Ask for a price	Stable and easy to use large format 3D printer
Best Kids Education 3D Printer
1	Creality Ender 7	Ask for a price	Best Educational 3D Printer for Kids
2	Anycubic Vyper	Ask for a price	Excellent value for money 3D printer with new board and high performance control chip
3	Flying Bear Aone	Ask for a price	Budget model of children's educational 3D printer
Top Industrial 3D Printers
1	Anycubic Photon Mono X	Ask for a price	The best industrial printer according to experts today
2	Phrozen Sonic Mighty 4K	Ask for a price	Robust 3D printer for industrial projects
3	CF Chef	Ask for a price	A new chocolate 3D printer that is suitable for creating various types of chocolate figurines
Top Resin 3D Printers
1	Creality HALOT ONE PLUS	Ask for a price	Best Large Area Resin 3D Printer Chosen by Users Today
2	Phrozen Sonic 4K 2022	Ask for a price	Good photoresin 3D printer often used in dentistry and dental laboratories
Best Home 3D Printers
1	Creality Ender 3 Pro	Ask for a price	Best 3D printer for home projects
2	Flash Forge Adventurer 3	Ask for a price	Reliable and high quality 3D printer for various home projects
Best Inexpensive 3D Printers
1	Creality Ender 3	Ask for a price	Best budget 3D printer available as a do-it-yourself device
2	Anycubic Mega-S	Ask for a price	Inexpensive 3D printer with excellent functionality

Contents

Top 3D printers 2022-2023 ranking
How to choose a 3D printer?
Best 3D printers by price/quality for 2022-2023
- technology and volume of printing;
If you are going to produce high precision and small parts, SLA or DLP is the way to go. If the range of tasks is wider and low manufacturing cost is important, then your choice is an FDM printer.
- working space size;
Many 3D printers have a working space of 200x200x200mm. This is enough for most tasks. However, you may need a smaller size, or vice versa, you will need a larger one, it depends on your needs.
- print precision;
Nozzle size affects print accuracy. Not only smooth layers depend on it, but also the detailing of the model. A smaller nozzle diameter gives more detail, but slower production speed. Many printers have the ability to change the nozzle for a specific task.
- platform heater;
The presence of this function ensures better adhesion of the first layer. Engineering plastics, for example, cannot be used without heating the table, since the figures can warp.
- camera type;
Can be open or closed. The latter options are usually presented on more expensive and advanced models.
- number of extruders;
When printing complex elements, you will need a model with two materials and corresponding extruders in order to be able to print supports from soluble material. Models with a large number of angles greater than 30 degrees or a large number of hanging elements are called complex. If the models are not too complex, one extruder will suffice, which will greatly help save the budget.
- print speed;
The parameter implies the maximum head movement speed. A 14x4x10 tablet stand will print approximately 6-6.5 hours at 100mm/sec.
- functionality;
Printers can support wireless communication with various devices: phones, tablets, etc., as well as memory devices. Plus, as a rule, printers are already equipped with software when they are sold. Pay attention to the compatibility of the OS with the OS of the computer.

Best Price/Quality 3D Printer 2022-2023

1. Wanhao D12/500

Wanhao D12/500 is the best price/quality 3D printer for 2022-2023 as voted by users. A 3D printer that is great for mass production. The optimal size of its zone makes it possible to print a large model in one cycle. The control system here is intuitive and clear, the user can easily calibrate the printer to fit his needs.

The Wi-Fi connection helps you connect to your PC or laptop. Extruders will allow you to print using supports. The color display with touch keys will be an excellent assistant in setting up the device.

Designed with a heavy duty frame and adjustable straps. The working surface is automatically heated to achieve adhesion to the first layers of plastic. The switch is equipped with 2 fuses for emergency protection.

Specifications:
- Print technology: FDM/FFF/PJP
- working space dimensions: 500x500x500 mm;
- print speed (extruder speed): 150 mm/s;
- number of extruders: 2;
Advantages:
- 2 extruders;
- high speed printing;
- workspace size;
Drawbacks:
- cost;
2.
Creality 3DPrintMill CR-30

The Creality 3DPrintMill CR-30 is a quality 3D printer using a conveyor printing method, which is perfect for small and medium businesses with the ability to organize mass production. Instead of a platform, there is a nylon-based transport tape with excellent adhesive properties.

The design allows printing of long products of non-standard dimensions. Three powerful fans provide excellent airflow. Management is carried out using a convenient display, which is located on the right side of the case. There is an SD slot for downloading files offline.

End of filament sensor will stop the device if the filament breaks. In the event of a power failure, auto-update will help restore functionality. The maximum extruder temperature is 240 degrees.

Specifications:
- Print technology: FDM/FFF/PJP;
- working space dimensions: 200x170 mm;
Advantages:
- wireless connection;
- the ability to adjust the temperature and speed;
- is suitable for small and medium businesses;
Disadvantages:
- noisy;
3.
Phrosen Schuffle XL Lite

The Phrosen Schuffle XL Lite is a stable and easy to use large format 3D printer. It makes it possible to print both large models as a whole, and many small ones at once. The new matrix shows excellent print accuracy. The software is included in the kit, so it is quite easy to manage the device.

The printer is suitable for dentistry, jewelry and prototyping as it prints reliably with high precision. The double linear guide guarantees long-term operation without interruption.

Operation is simplified by the large and bright display with an easy-to-use touch panel. The device can be used not only by professionals, but also by amateurs. Z-axis of the printer is stable, has zero fluctuations during printing.

Specifications:
- print technology: DLP, LCD;
- print material: photopolymer;
Advantages:
- acceptable cost;
- high precision printing;
- stable Z-axis;
Disadvantages:
- sometimes there are some difficulties when changing already programmed material;
Best Kids Educational 3D Printer

1.
Creality Ender 7

The Creality Ender 7 is the ultimate children's educational 3D printer and one of the fastest in the mainstream segment. Its speed is its main trump card, but you need to remember that it is impossible to work with some types of thermoplastic at high speed. In general, not very high-precision details are printed quickly.

Operation is carried out using a convenient display, which is located in the central part of the housing. For downloading files offline, there is an SD slot and a USB connector. The maximum extruder temperature is 260 degrees.

The print platform is heated to 100 degrees. The nozzle has one of the most popular diameters of 0.4 mm. The printer is also equipped with a filament control sensor, and calibration is automatic.

Specifications:
- Print technology: FDM/FFF/PJP;
- working space dimensions: 250x250x300 mm;
- print speed (extruder speed): 250 mm/s;
Advantages:
- reasonable cost;
- high speed printing;
- large working space;
Faults:
- small print area;
2.
Anycubic Vyper

The Anycubic Vyper is a great value 3D printer with a new board and high performance Cortex M3 control chip. It features good speed and smooth operation. It prints not only accurately, but also silently. The platform has a high-strength coating that provides easy removal of the finished model.

The blower system consists of a pair of fans that will allow you to quickly cool the models. Management is carried out using a large touch screen. It features a new interface, simple and smooth operation, and the ability to switch languages to English and Chinese.

The electronic system automatically calibrates the platform with sixteen points. The dimensions of the device are compact, and the working space is large. Printing is recommended at a speed of 80-100 mm/sec.

Specifications:
- Print technology: FDM, FFF, PJP;
- working space dimensions: 245x260x245 mm;
- print speed (extruder speed): 100mm/s;
Advantages:
- quick and easy to assemble;
- silent operation of the device;
- convenient and clear control;
Disadvantages:
- not very convenient location of the coil;
3.
FlyingBear Aone

The FlyingBear Aone is a low cost educational 3D printer for kids in a compact package suitable for home projects. It comes as a self-assembly kit. Its case is open, like many inexpensive models. The printing table is heated from 60 to 100 degrees Celsius.

Print speed up to 100 mm/sec. Management is carried out using a special color touch screen, which is located at the bottom of the printer.

The USB port can be used to connect to a PC or laptop, while the SD slot is suitable for stand-alone operation. The power supply is installed in the bottom of the case and is built-in. The extruder is equipped with a nozzle with a diameter of 0.4 mm.

Specifications:
- Print technology: FDM, FFF, PJP;
- working space dimensions: 190x190x190 mm;
- print speed (extruder speed): 100mm/s;
Advantages:
- fast and clear assembly;
- inexpensive 3D printer;
- is easy to use for beginners;
Disadvantages:
- very noisy fans;
Best industrial 3D printers

1.
Anycubic Photon Mono X

The Anycubic Photon Mono X is the best industrial printer according to experts today. It has the largest printable area among resin printers. It features good speed and smooth operation. It prints not only accurately, but also silently. The platform has a high-strength coating that provides easy removal of the finished model.

Controlled by large touch screen. It features a new interface, simple and smooth operation. The dimensions of the device are compact, and the working space is large.

Printing recommended at 80-100 mm/sec. The printer is equipped with a wireless Wi-Fi connection to connect to the Internet, to a computer or laptop. The matrix light source consists of UV LEDs. This improves accuracy and reduces exposure time.

Specifications:
- Print technology: LCD, SLA;
- working space size: 120x245x192 mm;
Advantages:
- high detail;
- large height and print area;
- comfortable and bright screen;
Disadvantages:
- high cost of spare parts;
2.
Phrozen Sonic Mighty 4K

The Phrozen Sonic Mighty 4K is a robust 3D printer for industrial projects with a large build area and fast print speed. It is an excellent choice for both creative and professional use. The new matrix shows excellent print accuracy.

The software is included, so the device is easy to operate. The printer is suitable for dentistry, jewelry work and prototyping, as it has a reliable print with high accuracy.

Double linear guide ensures long, trouble-free operation. Operation is simplified by the presence of a large and bright display with a convenient touch panel. The device can be used not only by professionals, but also by amateurs. Z-axis of the printer is stable, has zero fluctuations during printing.

Specifications:
- Print technology: DLP/LCD/SLA;
- working space dimensions: 200x220x125 mm;
- printing speed (layer building): 80 mm/h;
Advantages:
- quiet operation;
- fast printing;
- compact dimensions of the device;
Disadvantages:
- high cost;
3.
CF Chef

CF Chef is a new chocolate 3D printer that is suitable for creating various types of chocolate figurines. It can be used to create openwork chocolate toppers for confectionery, print corporate chocolate gifts, make text messages and logos, and print chocolate figures.

The dimensions of the printer are 300x300x380 mm, so it can be placed in any room, but the working area is quite large. The printing time of chocolate models depends on their complexity. The printer allows you to create 2D, 2.5D and 3D products. You can use a USB cable or a wireless WI-FI connection to connect to a computer. The printing speed can reach 100mm/s.

Specifications:
- print material: tempered chocolate and chocolate glaze;
- print speed: 100 mm/s;
Advantages:
- the ability to connect to a computer or laptop;
- good print speed;
- is suitable for the food industry;
Drawbacks:
- cost;
Top 9 Resin 3D Printers0005
1.
Creality HALOT ONE PLUS

Creality HALOT ONE PLUS is the best large area photoresin 3D printer according to users today. It can be used for both business and home projects. The device is controlled using a convenient display, which is located in the central part of the case.

Wi-Fi port and USB port for uploading files and updating firmware. The nozzle has one of the most popular diameters of 0.4 mm. The printer is also equipped with a filament control sensor, and calibration is automatic.

UV source for improved detail and print quality. Windows and Mac OS are compatible with the printer. Quad-core ARM Cortex M4 processor provides high power and performance, as well as stable operation.

Specifications:
- Print technology: LCD;
- working space dimensions: 102x160x172 mm;
Advantages:
- low cost;
- the presence of a USB connector;
- UV source;
Drawbacks:
- 1 extruder;
2.
Phrozen Sonic 4K 2022

The Phrozen Sonic 4K 2022 is a good photopolymer 3D printer that is often used in dentistry and dental laboratories. The new matrix shows excellent print accuracy. The software is included in the kit, so it is quite easy to manage the device.

The printer is suitable for dentistry, jewelry and prototyping as it prints reliably with high precision. The double linear guide guarantees long-term operation without interruption.

Operation is simplified by the large and bright display with an easy-to-use touch panel. The device can be used not only by professionals, but also by amateurs. Z-axis of the printer is stable, has zero fluctuations during printing. In the event of an unexpected power outage, operation can be resumed from the point at which it was stopped.

Specifications:
- Print technology: DLP, LCD;
- working space size: 134x200x75 mm;
Advantages:
- increased accuracy;
- excellent performance;
- availability of various interfaces;
Disadvantages:
- very high cost;
Best 3D printers for home

1.
Creality Ender 3 Pro

The Creality Ender 3 Pro is the ultimate 3D printer for home projects. It is quick to assemble, easy to understand and set up and ensures stable operation. Both an experienced user and a beginner can handle it.

Operation is carried out using a convenient display, which is located in the central part of the housing. For downloading files offline, there is an SD slot and a USB connector. The nozzle has one of the most popular diameters of 0.4 mm.

The printer is also equipped with a filament control sensor and calibration is automatic. The device can be used both as a main and as an additional to professional equipment. Branded power supply makes the device more stable. The camera of the printer is open, like many inexpensive models.

Specifications:
- Print technology: FDM, FFF, PJP;
- working space dimensions: 220x250x220 mm;
- print speed (extruder speed): 180mm/s;
Pros:
- is great for beginners thanks to easy assembly;
- simple and inexpensive repair;
- inexpensive model;
Disadvantages:
- noisy model;
2.
FlashForge Adventurer 3

FlashForge Adventurer 3 is a reliable and high quality 3D printer for various home projects. With its use, you can print pre-prepared files. The device has a closed chamber. The supply end sensor will tell you when to add it. The printer will automatically stop when the media runs out.

The nozzle has a typical diameter of 0.4 mm. It is made of stainless steel, which perfectly resists mechanical stress and quickly warms up during operation. LAN, USB and WI-FI interfaces allow you to connect to a computer or laptop. The printer is compatible with all major operating systems: Windows, Linux, MAC, which will be a big plus. The main working program FlashPrint will provide professionals and hobbyists with all the basic functions to work with.

Specifications:
- print technology: FDM, FFF, PJP;
- working space size: 150x150x150 mm;
- print speed (extruder speed): 100mm/s;
Advantages:
- convenient and clear slicer;
- works silently;
- flexible detachable platform;
Disadvantages:
- expensive to repair;
Best Inexpensive 3D Printers

1.
Creality Ender 3

The Creality Ender 3 is the ultimate budget 3D printer that comes as a DIY kit. The device is controlled using a convenient display, which is located in the central part of the case. For downloading files offline, there is an SD slot and a USB connector.

One of the most popular nozzle diameters is 0.4 mm. Mechanical and electronic parts of the device are separated from each other. The device can be used both as a main and as an additional to professional equipment.

Proprietary power supply makes the device more stable. The camera of the printer is open, like many inexpensive models. The workspace allows you to manage most projects. Even a beginner can handle this device.

Specifications:
- Print technology: FDM, FFF, PJP;
- working space dimensions: 220x250x220 mm;
- print speed (extruder speed): 180mm/s;
Pros:
- platform area is great for most applications;
- simple and clear assembly;
- budget model;
Disadvantages:
- slightly skewed in the Z-axis due to design features;
2.
Anycubic Mega-S

The Anycubic Mega-S is an inexpensive 3D printer with excellent functionality that reproduces plastic products in layers. It features good speed and smooth operation. It prints not only accurately, but also silently. The platform has a high-strength coating that provides easy removal of the finished model.

The dimensions of the device are compact and the working space is large. Printing is recommended at a speed of 80-100 mm/sec. After a power loss, the device automatically resumes the interrupted operation.

The control is carried out using a special display. The camera of the device is open, like most inexpensive models. The new extruder allows you to choose not only standard types of plastic, but also its more flexible varieties.

Specifications:
- print technology: FDM, FFF, PJP;
- working space dimensions: 210x205x210 mm;
- print speed (extruder speed): 100mm/s;
Advantages:
- prints well with a minimum number of settings;
- ease of assembly;
- budget model;
Disadvantages:
- the original firmware does not provide printing from a computer;
Which company to choose?

Good quality 3D printer companies: Creality, Anycubic and Phrozen.

Choosing the right 3D printer model is easy if you stick to the list of criteria you need. The more precisely you can determine the necessary parameters, the more and longer you will be pleased with the service life of the device.

Useful video

An overview of models and tips on which one to choose in the video below:

Best 3D printers of 2022 | Rating of TOP models of 3D printers for printing

Contents [Show]

The modern market of additive equipment offers many options for 3D printing equipment designed to solve various problems. Devices are in demand in engineering and design, architecture, medicine, industry, education, entertainment, engineering and many other fields.

Let's talk about what you should pay attention to when choosing a 3D printer, and also consider the rating of the best equipment models for amateurs and professionals in 2022.

How to choose the right 3D printer

There are a number of basic parameters that you need to pay attention to when choosing a printer for bulk printing. Let's briefly consider each of them.

Printer type

According to the ISO / ASTM 52900: 2021 standard, approved by the International Organization for Standardization, 3D printers are divided into several categories depending on the characteristics of the printing process (for convenience, we will duplicate the trade names for each category):
1. DED (SLS, MJF) - deposition and melting of material using a directed electron or laser beam.
2. BJT (CJP, NPJT) - selective jet application of a binder composition to the powder for its sintering.
3. MJT (MJP) - Layered inkjet application of photopolymer resin.
4. MEX (FDM, FFF, PJP) - layer-by-layer application of the consumable through a heated nozzle (extrusion).
5. VPP (SLA, DLP, LCD, CDLP) - photopolymerization, selective curing of a liquid photopolymer in a bath under the influence of a light source.
6. SHL (LOM, Composite Lamination) - gluing (laminating) sheets of material.
7. PBF (SLM, DMLS, EBM) - fusion of certain areas of the powder layer under the influence of thermal energy.
Approval

This parameter largely depends on the printing technology and is standardly described in the vertical and horizontal planes (Z and XY, respectively).

The Z resolution is the height/thickness of the layer. The thinner the layer, the more accurate and detailed the model will be. XY resolution is the smallest possible movement of the print head, which cannot be less than the diameter of the nozzle or laser beam.

The highest resolution is provided by photopolymer 3D printers.

Compatible materials

The choice of consumable depends on the 3D printing technology used. FDM printers use special thermoplastics in the form of filaments (PLA, HIPS, ABS, PET, PETG, Wood, Flex, etc.), while photopolymer printers use various light-sensitive liquid resins. Sintering technology devices are designed to use engineering thermoplastics or metals in powder form.

Many professional printers work with special purpose materials - composites (glass-filled materials, carbon fiber, etc.), metals, wood, concrete, ceramics, dental photopolymers, wax, etc.

Print platform (desktop, build platform)

This is the plate on which objects are printed. A high-quality platform ensures reliable adhesion of models to the surface (adhesion) during printing and at the same time makes it easy to separate them at the end of the process.

Typically, the print bed is made of glass, but other materials can also be used. To improve the contact of the material with the platform, special sprays and adhesives increase adhesion (Adhesion). Professional models of 3D printers usually have features that increase the resistance of printing to failures:
- flexible, removable or magnetic platform;
- automatic print area alignment system;
- heated platform for handling high temperature materials.
Security

3D printing can be associated with some risks even when all safety regulations are followed. For example, high-temperature printing increases the risk of burns, and some powder materials or photopolymer resins are harmful to the skin.

To reduce the risk of exposure to toxic substances, some printers recommend the use of protective chambers, air filtration and ventilation systems, protective gloves, and goggles. There are also models of 3D printers designed to be serviced exclusively by trained personnel.

Noise level and motor drivers

Drivers and stepper motors directly affect the noise level during equipment operation. More advanced and expensive drivers, coupled with high-quality stepper motors, contribute to a significant reduction in the noise level during the printing process.

Self assembly

Most manufacturers offer additive devices that are ready to go. But some models of 3D printers are presented as self-assembly kits (DIY kits). When buying, you need to consider that assembling such a device can cause certain difficulties, especially for the first time.

Product size

The choice of the area of the working area of the equipment depends on the dimensions of the parts that are planned to be printed on a 3D printer. For a home, it is enough to purchase a device with parameters up to 200x250x200 (WxHxD). This is enough to solve most problems. For more serious tasks, we recommend considering models with a working area of at least 306x306x610 (WxHxD), such a print volume will allow you to print large objects without subsequent gluing with the same print quality and resolution.

Technology

Let's take a closer look at the main technologies used in the field of 3D printing:
1. FDM is a method of layer-by-layer deposition of plastic filament threads. Ideal for creating functional prototypes and parts from high-strength industrial plastics.
2. DLP - layer-by-layer curing of photopolymer resins using LED projectors. Allows you to produce ultra-precise, highly detailed objects with a high-quality surface.
3. SLA - curing layers of liquid photopolymer using a laser beam. Suitable for printing very precise products with complex geometry and fine details.
Multicolor print

There are modifications of printers that support the function of printing in two or more colors. Most of these FDM devices are equipped with two presses filled with threads of different colors. A separate file is used to print each color, and sections of different colors are combined with each other like a three-dimensional puzzle. There are also color powder printing technologies, such as CJP or MJM, but the range of their application is limited to simple layout or prototyping.

Print surface

The surface quality of finished models depends on both the technology used and the print resolution. If necessary, the products are easily amenable to post-processing.

Housing type

Volumetric printers are available in an open or closed case. Open type devices are cheaper, but may have print quality issues and shrinkage of ABS products due to temperature differences. Enclosed printers have a more rigid, stable design and deliver high quality builds because their print surface is protected from dust and other unwanted particles. In addition, they have a low noise level and are safer to operate.

Connection

The majority of modern 3D printers have built-in memory, a port for USB flash drives or are equipped with SD memory cards, which allows you to continue the 3D printing process without a permanent connection to a PC. Some devices may also support wireless technology (Wi-Fi or P2P) or connect via Ethernet. Recently, more and more manufacturers include in their devices the possibility of forming 3D printing farms from a cluster of devices connected by one local network.

Software

Additive technology comes with special software or is compatible with open-source programs that can be downloaded, for example, from the manufacturer's website. As a rule, the software runs on Windows, Linux or MacOS. The software package may include modules for optimizing 3D models, building automatic supports (supports), controlling the movement of the printing block and desktop, and advanced preparation of layers for printing.

3D printer models

Consider the different models of amateur and professional 3D printers recognized as the best in 2022.

Assembly kits

Self-assembly kits (DIY) are the most budgetary and popular variant of FDM/FFF/PJP 3D printers in Russia. The use of such kits allows you to independently assemble, configure, reconfigure and upgrade printing devices to suit your needs.

The most popular DIY kits in 2022:

Creality Ender 3

Thoughtfully designed home 3D printer with open chamber, large build area (WxHxD: 220x250x220mm) and high print quality at speeds up to 180mm/s. Works great with PLA, ABS, PETG, TPU, Wood and other plastics. Equipped with a single extruder, a heated worktable, a compact display that shows the main parameters, and an active cooling system. Suitable for printing small functional items, prototypes or decorative figurines. Connects via USB or microSD.

Flying Bear Ghost 5

Equipment for semi-professional use, equipped with an open chamber with dimensions of 255x210x210 mm. Due to the uniform supply of the filament, it allows you to produce high-resolution parts at a speed of up to 150 mm / s and an accuracy of up to 0.01 mm. The model is equipped with one extruder, a heated table, options for adjusting speed and temperature, an active cooling system and a convenient TFT color display. Compatible with HIPS, ABS, Wood, PLA, etc. Reliable, quiet operation. Connects via Usb, SD, Wi-Fi.

Creality Ender 5 Plus

A printer with a large working area (350x350x400 mm), one extruder and a filament sensor that prevents printing errors due to tangles or broken threads. It has a magnetic platform with heating up to 100 degrees in 10 minutes, a rigid, reinforced cubic frame and a reliable power supply with overheat protection. Provides fast, high-precision, stable printing with an adjustable layer thickness of 0.1-0.4mm.

Creality Ender 6

Equipment with a closed plastic case, one extruder with a heating temperature of up to 260 degrees, a color touch screen and a build area of 250x250x400 mm. Ideal for small batch production and prototyping. The printer is equipped with a heated bed, connects via SD and is compatible with most of the available filaments. The layer height is 0.1-0.4 mm.

Budget 3D printers

This category includes inexpensive, ready-to-use FDM/FFF 3D printers designed for beginners - ordinary users, students in robotics circles, schools, etc. The devices are endowed with additional options that allow you to achieve excellent results with simple, understandable operation.

The best budget models of 2022:

Anycubic Mega S

Functional equipment with a working space of 210x210x205 mm and the possibility of resuming the work process after a power outage. The device has a color touchscreen, a heated platform with Ultrabase coating, connects via data cable or SD and prints at speeds up to 100 mm/sec. Layer height - 0.05-0.3 mm.

FlashForge Adventurer 4

A good option for children or teenagers who are fond of 3D modeling. The printer has a working area of 200x200x250 mm, a heated platform, a color touch screen and is connected via USB, Ethernet or Wi-Fi. Construction speed - up to 150 mm / sec. Layer thickness - 0.1-0.4 mm. The model is also equipped with a built-in webcam, a filament end sensor, an auto-calibration function and the possibility of remote control through the application.

Voxelab Aries STEM

A printer with a full range of modern functions, designed to create objects of standard sizes (200x200x200 mm). Prints at speeds up to 80 mm/sec. and a layer thickness of 0.1-0.4 mm. Connection - Usb, SD, Wi-Fi.

QIDI i-Mate S

A device with a working space of 260x200x200 mm, connected via Usb, LAN or Wi-Fi. Layer thickness - 0.05-0.2 mm, construction speed - up to 80 mm/sec. Great for prototyping simple objects.

Budget Large Format 3D Printers

Devices designed to create a large number of small products in one go or to print large objects. These printers are equipped with a capacious platform and have increased reliability and stability.

The most popular low-cost large-format FDM 3D printers in 2022:

Wanhao D12/500

A model with an improved component base and mechanics, updated electronics, a redesigned feed mechanism, a heated platform and two extruders. Construction area - 500x500x500 mm. Layer thickness - 0.1-0.4 mm, build speed - up to 150 mm/sec. Connection - Wi-Fi, MicroSD.

Creality Ender 5 Plus

Apparatus with dimensions of the working area 350x350x400 mm. It has a robust construction with a reinforced structural profile frame and a heated platform. Provides the most accurate, stable printing and smooth, stable movement along the axes. Connected via SD. The layer height is 0.1-0.4 mm.

Creality CR-10S Pro V2

A 3D printer that delivers high performance and exceptional print stability. Ideal for creating print trusses that produce large runs of the same type of parts. Construction volume - 300x300x400 mm. Print speed - up to 180 mm / sec. (recommended speed is up to 60 mm/s). Layer height - 0.1-0.4 mm. Connection - SD.

Professional 3D printers

Professional-grade printers are designed to produce complex objects using high-temperature engineering plastics and other consumables. Such equipment has a closed chamber to maintain a certain temperature and ensure stable printing.

Best Professional FDM 3D Printers of 2022:

FlashForge Creator Pro 2

Technique with two independent extruders for simultaneous printing of two identical products. The second extruder can be used to create soluble supports for the production of complex models with a quality surface. Construction area - 200x148x150 mm. Layer height - 0.1-0.4 mm, build speed - up to 100 mm/sec. Connection - Usb, SD.

Picaso Designer Classic

A printer designed to solve a wide range of tasks. It has built-in profiles for different types of plastic, which makes it easy to start printing. Chamber size - 200x200x210 mm. Work speed - up to 100 cm3 / h, layer thickness - from 0.01 mm. Connection - Usb, Ethernet.

Anycubic 4Max Pro 2.0

Advantages of the model: dual drive extruder for working with soft, flexible plastics, filament end sensor, silent drivers, color display. The device provides the most accurate, stable printing at speeds up to 150 mm/sec. Camera dimensions - 270x210x190 mm. Layer thickness - 0.05-0.3 mm. Types of connection - Usb, SD.

QIDI Tech X-Plus

A printer with a capacious working chamber (270x200x200 mm), one extruder with a heating temperature of up to 300 degrees and a build speed of up to 150 mm/sec. Equipped with a heated platform, connects via Wi-Fi, Usb or LAN, the layer height is 0.05-0.2mm.

Professional single extruder 3D printers

Additive equipment of this kind is designed to solve various problems, from relatively simple to complex.

The most popular models of professional FDM/FFF 3D printers with one print head:

Picaso Designer X S2 (Series 2)

The main difference of this modification is the heating of the extruder up to 430 degrees, which allows working with a wide range of plastics, including engineering ones (ABS, PETG, PLA, PEEK, Nylon, Flex, etc. ). Dimensions of the working chamber - 201x201x210 mm. Connection - Usb, Ethernet. Speed - up to 150 mm / s. Layer thickness - from 10-250 microns. The printer is equipped with a heated bed.

QIDI X-Max

A 3D printer with a large printable area (300x250x300 mm) and a wide range of useful features. It has a robust design with a strong double Z-rail, a heated platform with a double-sided coating for working with different types of plastic and a 5-inch touch screen. The extruder heats up to 300 degrees. Compatible filaments - PLA, ABS, PETG, PC, Carbon, Nylon, Flex, etc. Connection type - USB storage, LAN, Wi-Fi. Working speed – up to 150 mm/sec. Layer height - 0.05-0.2 mm.

Picaso Designer XL S2

The model is designed for printing with engineering and refractory materials, as the print head heats up to 430 degrees. Robust aluminum body with steel frame guarantees reliability and no vibration during operation. Chamber size - 360x360x610 mm. Speed - up to 130 cm3 / h. Layer thickness - 10-250 microns. Connection type - USB-drive, Ethernet.

TierTime UP300

It is equipped with three separate extruders for working with different materials (low-temperature, high-temperature, standard), as well as various interchangeable platforms (smooth, perforated, glass). Supports print queue for different users. Dimensions of the working area - 205x255x225 mm, layer height - 0.05-0.4 mm. Connection - Usb, LAN, Wi-Fi.

Bizon 3

An updated version of the Bizon 2 model. Layer thickness - 0.02 - 0.65 mm. Print area size: 300x300x400mm. Print speed: up to 160 mm/s. Layer height: from 0.02 to 0.65 mm. Connection type: USB, SD card.

Mid-range large format 3D printers

This category includes models for universities, specialized colleges and offices of medium-sized companies.

The best mid-range large format FDM 3D printers in 2022:

Raise3D Pro3 Plus

Equipment with a transparent body and two extruders equipped with a lifting mechanism, well-thought-out kinematics, interchangeable nozzles of different diameters and a convenient 7-inch color touch screen. Other options: Low Filament Sensor, Print Resume System, RaiseCloud Firmware, Webcam, IdeaMaker Slicer, RaiseCloud Cloud Service. Printed volume: 300x300x605 mm (for one extruder), 255x300x605 mm (for two extruders). Connection - Wi-Fi, Usb, LAN. Speed – up to 150 mm/sec. Layer thickness - from 0.01 mm.

Flash Forge Creator 4

High-performance, accurate 3D printer with a system of two independent extruders and an advanced thermal management system inside the chamber (to protect against cracking and deformation of engineering plastics). Robust steel body prevents vibration. Print area - 400x350x500 mm. Speed – up to 200 mm/sec. Layer height - from 0.01 mm. Connection - Usb, Wi-Fi, LAN.

Picaso Designer XL Pro S2

Large-format model with a working area of 360x360x610 mm, a heated platform and two extruders with a heating temperature of up to 430 degrees. The device has a simple automatic calibration, a built-in material spool drying mode and a plastic feed control system. Layer thickness - 0.01 mm, speed - up to 130 cm3/h. Connection type - Usb, Ethernet.

CreatBot D600 Pro

The printer with the largest print area is 600x600x600 mm. Equipped with two extruders with heating up to 260 and 420 degrees respectively (for working with standard or engineering plastics). Other features: heated chamber, platform and compartments, speed - up to 120 mm/s, layer thickness - from 0.05 mm. Connection type - Usb.

Professional Dual Extruder 3D Printers

Professional FDM printers with two extruders are designed to solve the most complex tasks. This technique is equipped with a fully functional slicer and a reliable nozzle lift mechanism or independent extruders.

The most popular professional grade dual extruder 3D printers:

Raise3D Pro2 Plus

The flagship model of the manufacturer, endowed with a full range of useful features. The equipment, enclosed in a transparent case, is connected via Usb, Wi-Fi or LAN and is distinguished by quiet operation. Equipped with an extruder lifting mechanism, a 7-inch color touch screen, a filament end sensor, and a print resume system. Includes RaiseCloud software, webcam, replacement nozzles. Print volume - 305x305x605 mm (for 1 extruder), 280x305x605 mm (for 2 extruders). Speed – up to 150 mm/sec. Layer height - from 0.01 mm. Connection - Usb, Wi-Fi, LAN.

Picaso Designer X Pro S2

A compact device with dimensions of the construction area of 201x201x210 mm, providing excellent print quality. It has a high temperature mode with heating up to 430 degrees for printing with complex filaments. Speed - up to 130 cm3 / h, layer thickness - from 0.01 mm. Connection - Usb, Ethernet.

Raise3D E2

High-performance 3D printer with two independent print heads (IDEX system), heated platform and print speed up to 150 mm/sec. A built-in step-by-step video instruction for site calibration is provided. Layer thickness - 0.02-0.25 mm. Connection - Usb port, Wi-Fi, LAN. Print volume - 330x240x240 mm (1 print head), 295x240x240 mm (2 extruders).

FlashForge Creator 3 Pro

Model with a large chamber (300x250x200 mm), HEPA filter, built-in webcam, color screen and the ability to install hardened nozzles with a material melting point of up to 320 degrees. The heating speed of the working platform is up to 120 degrees in 3 minutes. Print speed - up to 150 mm / sec. Layer thickness - 0.05-0.4 mm. Connection type - Usb, Ethernet, Wi-Fi.

CreatBot F430 PEEK

3D printer ideal for PEEK and other filaments. Equipped with a closed chamber with temperature support and two printheads with heating up to 260 and 420 degrees, respectively. Construction area - 400x300x300 mm. Layer height - from 0.02 mm. Speed – up to 180 mm/sec. Connection - Usb.

Ultimaker S5

An easy-to-use device that prints with threads of non-standard diameter - 2.85 mm. The size of the working area is 330x240x300 mm. Layer thickness - from 0.02 mm. Speed - 24 mm3 / sec. Connection type - Usb, Ethernet, Wi-Fi.

Photopolymer desktop 3D printers

Modern models of 3D printing devices using photopolymers are equipped with monochrome displays with a resolution of up to 8K, which provide high speed and quality of building objects of any geometry.

Best photopolymer 3D printers of 2022:

Phrozen Sonic Mini 8K

A compact budget LCD printer with over 2000 hours of uninterrupted operation. Equipped with 8K 7.1” Mono LCD display. Print volume - 165x72x180 mm. Layer height - 0.01-0.3 mm. Resolution along the XY axis - 22 microns.

Phrozen Sonic 4K 2022

Equipment for permanent loads, ideal for dental laboratories and dental clinics. It has a heated chamber 134x75x200 mm with an odor filter and a Mono 4K 6.1” LCD display. Layer thickness - 0.01-0.3 mm.

Formlabs Form 3+

LFS printer with an intuitive interface and many special settings. The light source is a 250 mW laser. The size of the working area is 145x145x185 mm. Layer thickness - 0.025-0.3 mm.

Anycubic Mono X 6K

3D printer with a working chamber 197x122x245 mm and a high-quality Mono 6K 9.25” LCD screen. Layer height - 0.01-0.15 mm.

XYZ Part Pro 150

Equipped with a 5 inch LCD touch screen. Illumination source: 405 nm UV laser. Print area size: 150x150x200 mm. Layer thickness: 25 to 200 microns (0.025 - 0.2 mm).

Best Large Format Desktop Resin 3D Printers

Phrozen Sonic Mega 8K

The best 3D printer in its segment, capable of solving tasks that usually only an entire farm can handle. Suitable for both mass production of small detailed products, and for printing huge objects and dioramas. It is equipped with a 15-inch Mono 8K LCD display and has a working area of 330x185x400 mm. Resolution - less than 50 microns, layer height - 0.01-0.3 mm.

Formlabs Form 3L

LFS-technique with a construction area of 335x200x300 mm, creating high-precision details using a 2x250 mW laser with a spot diameter of 85 microns.
Learn more

Best resin 3d printers 2023

Creality Halot-One Plus 3D Printer Review: 4K Resolution, Sub-$400 Price

Tom's Hardware Verdict

Pros

Cons

Creality Halot-One Plus Specifications

Included in the Box of Creality Halot-One Plus

Build Platform on Creality Halot-One Plus

Printing Safety with Halot-One Plus

Printing the Included Test Print on the Creality Halot-One Plus

Preparing Files for Printing with Creality Halot Box

Comparison of the Creality Halot-One Plus vs.

Printing a Large Model on Creality Halot-One Plus

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Elegoo Saturn 3D Printer Review: Large Volume, High Quality, Great Value

Tom's Hardware Verdict

Pros

Elegoo Saturn Specifications

Included in the Box of Elegoo Saturn

Leveling the Build Platform on Elegoo Saturn

Printing Safety with Elegoo Saturn

Printing the Included Test Prints on the Elegoo Saturn

Preparing Files for Printing with Chitubox

Print Size Comparison of the Elegoo Mars 2 Pro vs.

Printing a Large Assembly on the Elegoo Saturn

Printing Multiple Miniatures Simultaneously on the Elegoo Saturn

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1. Wanhao D12/500

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Useful video

Best 3D printers of 2022 | Rating of TOP models of 3D printers for printing

How to choose the right 3D printer

Printer type

Approval

Compatible materials

Print platform (desktop, build platform)

Security

Noise level and motor drivers

Self assembly

Product size

Technology

Multicolor print

Print surface

Housing type

Connection

Software

3D printer models

Assembly kits

Creality Ender 3

Flying Bear Ghost 5

Creality Ender 5 Plus

Creality Ender 6

Budget 3D printers

Anycubic Mega S

FlashForge Adventurer 4

Voxelab Aries STEM

QIDI i-Mate S

Budget Large Format 3D Printers

Wanhao D12/500