Best 3D Printers for Schools – Make Lessons More Educational and Funny

Our list includes different types of 3D printers from different manufacturers and varying selling points. This article also includes a comprehensive guide you can follow to help choose the right one for you.
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Last updatedLast updated: January 11, 2022
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3D printing is a relatively new technology. A few years ago, it was exclusively reserved for industrial applications and other serious professional use cases. These days, people buy 3D printers as hobbyists just because they love them. 3D printing technology has also found its way into educational institutions, where it finds numerous applications and offers immense benefits.

The potential benefits of introducing 3D printing to education and learning are obvious. The best 3D printers for schools are specifically designed to be easy to use for students and their instructors. Yet, they offer the basic features you’ll find on pretty much every other printer and are just as functional. Some manufacturers even go the extra mile of designing their product software and hardware components to be particularly easier for educators to use.

But how exactly do you choose a classroom printer? What are the features to consider, and how do you determine what’s best for your students? That’s exactly what this review is all about. Out of the lot, we have selected 10 3D printers that we believe have some of the most important features that educators look out for in a 3D printer.

Read on to discover our picks for the Best 3d printers for education and how to choose the right one.

Top 10 3D Printer for Schools Reviews 2022


ANYCUBIC Photon Mono XEditor's Choice

  • Printing Technology: LCD-based SLA
  • Build Volume: 192x120x245mm
  • Layer Thickness: 0.1-0.15mm
  • Print Speed: 60 mm/h
  • Supported Materials: UV Resin
  • Software: Anycubic Photon workshop

The Anycubic Photon Mono X is a premium quality cutting edge printer that promises a large build volume and impressive print quality. This machine is an MSLA printer with several cutting-edge features that allows it to match up with many resin printers in the same price category. The metal exterior is nicely designed, and the 4K screen that comes paired with it has a neat UI for seamless use allowing to produce high-quality 3D prints with minimal effort.

The Photon Mono X is Anycubic’s attempt to enter into the large-size budget resin printer market that already has products like the Elegoo Saturn in it. It’s pleasing to know that this product does incredibly well compared to the competition. With a build volume of 192 x 125 x 250 mm it outdoes the  Elegoo Saturn by quite a margin.

Why are we impressed?

  • Aside from the large size, the Anycubic Photon Mono X does pretty well feature-wise as well. It has all the basic features expected of a resin printer and some additions. We found the slick-looking design quite impressive. The machine's performance is impressive as well, and it can achieve print speeds of up to 60 mm/h while delivering a layer height of about 0.05 mm. This makes it faster than many other MSLA printers from Anycubic. Also, despite the large build volume, the machine still manages to deliver quick layer curing time. This means you get even higher output at a fraction of the time spent on other machines.

What negatives must you be aware of?

  • We found the Photon Workshop feature that comes with the machine a little disappointing. The WiFi functionality is also not that great. Regardless of these caveats, the machine is feature-rich and impressive by every bit.
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Flashforge Guider II SPremium Pick

  • Printing Technology: FFF
  • Build Volume: 280x250x300mm
  • Layer Thickness: 0.1-0.5mm
  • Print Speed: not specified
  • Supported Materials: PLA, ABS, PETG, Wood, TPU, Pearl, PVA, HIPS, TPE
  • Software: FlashPrint

The Flashforge Guider IIS is advertised as an industrial-grade FFF printer. And the manufacturer went the extra mile to ensure that the machine’s hardware lives up to this designation. It features a full metal chassis that is sturdy and durable. This is an enclosed printer, and the build chamber is covered with a transparent polymer door that allows you to see what the machine is printing while also offering needed protection and ensuring precise temperature control. The machine offers a build volume of 250 x 280 x 300mm, which is quite decent for the price.

The design and features of the Flashforge Guider II S are based on that of the previously released Guider II. However, being an upgraded version, the Flashforge Guider II S offers some significant upgrades over its predecessor, although that also means it comes at a higher price point as well.

What stands out?

  • What stands out right away with this machine is the heavy frame which is quite sturdy. We found the High-temp hotend impressive as well. It can go up to as high as 300°C, which is not something you'd expect to see on a large-budget printer like this. The high-temperature range means the machine can handle a wide range of industrial plastic materials, including Nylon, ABS, and PC. The heated build plate also helps to keep the undersides of your prints from getting warped.

What cons did we manage to find?

  • We found the solid construction of the machine quite impressive. However, this comes at a price. The machine is quite heavy because of its all-metal frame and large size. This is not exactly a complaint as the heavyweight helps for accuracy and reliability. In terms of actual gripes, there are only a few. For instance, the driver's Z-axis is a bit slow and can be a bit noisy during operation. You'll only lose a few seconds, but it'll be hard to tell because the machine's estimated print time is not very accurate.


ANYCUBIC Mega SEBest Value

  • Printing Technology: FDM
  • Build Volume: 220x220x250mm
  • Layer Thickness: 0.1mm
  • Print Speed: 20-100mm/s
  • Supported Materials: PLA, ABS, PETG, HIPS, TPU
  • Software: not specified

The Anycubic Mega SE is one of the best budget printers you’ll find around. At a price point of around $300, there are very few printers in that price category that can match up in terms of print quality and performance. It offers a 220 x 220 x 250 mm build volume. The printer comes fitted with a premium quality titan extruder, and the filament rack is suspended on the side of the machine to save space.

The Mega SE is an affordable 3D printer and is targeted at hobbyists and beginners. This is why the machine arrives partially assembled, and getting the rest of the components in place is straightforward too. It is also quite intuitive to operate, and the touch screen controls that come with it are user-friendly.

What makes it special?

  • The Mega SE comes with Anycubic's proprietary build plate, which is durable and offers impressive adhesion. This ensures excellent print quality and also makes it easier to remove the plate when you're done. The bed heats up fast too, which is another impressive quality. It can reach temperatures of up to 100 degrees Celsius in just five minutes, improving the machine's efficiency.

What cons did we find?

  • Of course, this is a budget printer, don't expect a lot of high spec features. There are a few things we would have loved to see on this printer, including a pause and resume function and an auto-leveling function.
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Felix 3.1Most Solid Structure

  • Printing Technology: FDM
  • Build Volume: 255x205x225mm
  • Layer Thickness: 0.05mm
  • Print Speed: 10-80 mm/s
  • Supported Materials: PLA, ABS, PETG, FLEX, Wood, Glass, PVA
  • Software: Felixbuilder

With the Felix 3.1 3D printer, you have the option of choosing between a single head and dual head 3D printer. This machine offers a large volume of 255 x 205 x 225 mm and delivers print quality that ranges between 50 to 250 microns. This printer offers impressive stand-alone printing and comes with a micro SD card.

The FELIX 3.1 3D printer is the successor of the  FELIX 3.0, and both printers have similar features and specifications. However, as expected, the 3.1 features some significant upgrades over the older version. For instance, a dual hot-end calibration option is not available with the Felix 3.0. This Felix 3.1 printer also has a one-time print bed. Many of the components, such as the extruder frame and filament inserts, are also improved and of better quality.

What stands out?

  • One of the most impressive things about this machine is its robust construction. The Felix 3.1 has a solid structure. The printer also features linear rails, which give it added stability. You can confidently run it at higher speeds without worrying about the jams and skips. We love the double extrusion option as well. While the direct-drive extruders mean, you can easily use other materials asides for ABS and PLA, having dual extruders also means you can introduce a separate support material if you want.

What cons did we manage to find?

  • One major issue with this printer is that it has an open body. While this is not a problem in itself, the open body design means there will be issues with the temperature stability. Also, the safety of parts during the printing process is also an issue.


Creatbot DMMost Durable

  • Printing Technology: FDM
  • Build Volume: 250x250x300mm
  • Layer Thickness: 0.01-0.015mm
  • Print Speed: 180mm/s
  • Supported Materials: PLA, ABS, PVA, Nylon, HIPS, FLEX, PETG
  • Software: Cura, Printrun, RepetierHost

Like all CreatBot printers, the Creatbot DM features a solid one-piece structure. The whole body of the machine is a rugged metal chassis. This makes it quite durable and aids precision. It features smart adjustable extruders and an intelligent cooling system, among other advanced functions.

Asides from the Creatbot DM, there are other products in the Creatbot DM series. This includes the Creatbot DM Mini, which is smaller in size and consequently has a smaller print volume. The Creatbot DM Plus is slightly more advanced and comes with extra features such as the continue-to-play function. Because it comes with more advanced features, the Creatbot DM Plus is more expensive.

What are our favorite features?

  • There are plenty of things to love about this printer. This machine offers a large print volume for a 3D printer that comes at a below $2000 price point. It is a well-built printer with a solid all-metal chassis. The strong and stable frame also ensures high-precision heating.

What could be better?

  • There isn't much to dislike about this printer, although we would have loved it to have a continue to play feature. This would allow the printer to continue to print after a power disruption or any other pause in operation occurs. Upgraded models like the Creatbot DM PLUS have this feature.

Formbot (Vivedino) Raptor 2+Best for Lager Prints

  • Printing Technology: FDM
  • Build Volume: 400x400x500mm
  • Layer Thickness: 0.05-0.3mm
  • Print Speed: 180mm/s
  • Supported Materials: PLA, ABS, TPU
  • Software: Cura, Simplyfy 3D, Slic3r, Makerbot Desktop

The Formbot Raptor 2.0 is a premium FFF printer with high-quality components and impressive features. The machine has a solid framework with sturdy aluminum components that gives it maximum stability. With the Formbot (Vivedino) Raptor 2+, you get a build volume of 400 x 400 x 700 mm which is quite high. This makes it one of the best 3D printers for education purposes.

The Vivedino Formbot Raptor 2.0+ is a slightly upgraded version of the Raptor 2.0 with only a few changes made to the design and specs. Right out of the box, the Raptor is similar in appearance to the  Formbot Raptor T-rex. The major difference between them is that the Raptor is a single extrusion system and comes at a more affordable price.

What makes it special?

  • One sure thing you're getting from this machine is a high build volume. It is ideal for those who intend to produce large prints. The machine's heated bed helps to prevent warping, so your print comes out nice. The Auto-leveling function is quite impressive and further makes using the machine a lot more convenient. We also love the printer's high-quality extruder, which allows you to work with a wide range of printing materials, including some flexible filaments.

What cons did we find?

  • Many of the printer's extrusion setup components need to be upgraded if you want optimal performance. Also, the Formbot (Vivedino) raptor 2+ is quite heavy. However, this is understandable considering the build volume of the machine.

Creality Ender 5 PlusBest for Beginners

  • Printing Technology: FDM
  • Build Volume: 350x350x400mm
  • Layer Thickness: 0.1mm
  • Print Speed: not specified
  • Supported Materials: PLA, ABS, TPU, PETG, Wood
  • Software: Cura, Simplify3d, Slic3r

The Ender 5 Plus is an upgraded version of the popular Ender 5 3D printer from Creality. This machine is perfect for those looking for a 3D printer with a large print volume. The glass print bed has an area of 350 x 350 mm with a Z-axis stretching to about 400 mm. The machine has a solid frame, and the print quality is impressive as well, thanks to an upgrade in the machine’s auto-leveling function and other improvements in the specification.

The Creality Ender 5 Plus is a significant upgrade over its predecessor, with Creality making a number of changes to improve the quality and performance of this unit. It boasts a bigger build volume. To compensate for this larger size, the printing bed is mounted on four rods with two lead screws instead of the two rods they had on the Ender 5. In addition to the bigger build volume, other upgrades include new auto bed leveling and other improved components.

What makes it special?

  • This printer is easy to set up and get running, so it's ideal if you're looking for a machine that won't make you wait to get started. This makes it one of the best 3D printers for classrooms.
  • Despite having a generous build volume, the machine itself has a streamlined design that helps to save space. We are impressed with the fact that the filament spool and control box are on the printer's frame, which further helps to improve the footprint.

What cons did we find?

  • Although this is a well-built machine, there are a number of printing issues users are likely to encounter. For instance, the layer lines of the Z-dimension tend to go off. Hence, you may end up with zits and blobs on your print. This is likely due to some mechanical friction issues, and you may need to tweak the slicer settings a bit to fix these issues.
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Flyingbear Ghost 5Best FDM Printer

  • Printing Technology: FDM
  • Build Volume: 255x210x210mm
  • Layer Thickness: 0.05-0.3mm
  • Print Speed: 150mm/s
  • Supported Materials: PLA, ABS, TPU
  • Software: Cura, Repetier-host

The Flyingbear Ghost 5 is a high-precision 3D printer. It features dual drive technology and is driven by a TMC2208 driver. This ensures problem-free filament feeding and also keeps the machine’s operation quiet.

The Ghost 5 features a 3.5inch color touch screen which makes it easy and convenient to operate the machine. This makes the Flyingbear Ghost 5 perfect for educational purposes.

What are our favorite features?

  • We love the machine's rigid metal body. There are very few moving parts, and this helps to dampen vibration. This, along with other features like the cooling fan and driver ensures that the machine operates at very low noise. We also love the machine's transparent BMG extruder. It delivers stable filament feeding and is also quite easy to maintain.

What could be better?

  • The machine arrives as a DIY kit which means you have to assemble it on your own. This might be challenging for beginners and hobbyists who don't know a lot about 3D printers. The instructions for putting it together are a bit unclear too.


ANYCUBIC VyperBest Printer with Auto-Leveling Feature

  • Printing Technology: FDM
  • Build Volume: 245x245x260mm
  • Layer Thickness: 0.1mm
  • Print Speed: 180mm/s
  • Supported Materials: PLA, ABS, TPU, PETG, Wood
  • Software: Cura

The Anycubic Viper is an affordable feature-packed printer. One of the most impressive things about this printer is how easy it is to set up. Anyone can set this printer up, including complete beginners. With the Anycubic Vyper, you get a build volume of 240x240x265mm, which is ideal for a mid-range printer.

The Anycubic Vyper is quite similar to the Creality CR-6 SE 3D printer both in terms of design and specification. But not only is the Vyper (which means you get a larger build volume), it also comes at a lower price. Each unit has features that you won’t find on the other. For the Vyper, you’re getting an improved extruder and removable hotbeds. It also comes with dual Z-axis endstops, which is a unique feature.

What are its best features?

  • There are plenty of things to love about this printer, but arguably the most impressive of all is its automatic leveling feature. We also found the Vyper's 4.3inch LCD quite impressive with an intuitive UI that is perfect for beginners. The interface is much better than what you'd expect on a budget printer of this kind.

What could be improved?

  • The print quality of this printer is as good as you can expect to get on a unit at its price point. There are very few performance issues, such as a poor feed from the filament spool. However, this shouldn't be an issue. Some minor adjustments to the settings should be good enough. We also found the estimated printing time a little off. Hence, you cannot rely on it for your printing.
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ANYCUBIC Mega SBest Open-Frame

  • Printing Technology: FDM
  • Build Volume: 210x210x205mm
  • Layer Thickness: 0.05mm
  • Print Speed: 60 mm/s
  • Supported Materials: PLA, ABS, TPU, HIPS, Wood
  • Software: Cura

The Anycubic i3 Mega S is a budget open-frame printer that runs on fused filament fabrication technology. The machine is an upgraded version of the Anycubic i3 Mega, which is identical to it both in terms of appearance and specifications. For a budget filament-based machine, the Anycubic i3 Mega S delivers a decent print and is compatible with a variety of filament types.

Right out of the box, it’s hard to tell the difference between the Anycubic i3 Mega S and its predecessor (the original Anycubic i3 Mega). Both products are similar in terms of appearance and specifications. Their overall design and all-metal frame look entirely the same. However, the Mega S features some minor upgrades over the original. These include a power loss recovery function and filament run-out detection, among other things. The manufacturer also changed the position of the filament sensor for improved usability, and a spool holder was added on the side of the printer.

Why did it make our list?

  • Despite being a low-priced printer, the Anycubic i3 Mega S offers a large build area. We love the fact that this printer only requires minimal assembly, which is one of the reasons why this product is among the best 3D printers for education. Getting the various components together can be a fun little project for your students. We love the fact that this printer is compatible with a variety of filaments.

What is not ideal about it?

  • Despite being an upgrade over the original, there are still a few missing features. A WiFi connectivity feature would have further simplified printing with this machine. It also does not offer an automatic calibration function. This is another feature we would have loved to see on this machine. But in all, it is still a decent enough printer suitable for hobbyists and beginners.
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Things to Consider

With technology on the rise in schools, one of the technological tools that are fast becoming a must-have in school is a 3D printer. The options listed above are some of the best 3D printers for educational use. However, as the reviews above show, there are numerous features to consider when it comes to buying a 3D printer. In this section, we will go over some of the basic things you should know about using a 3D printer in the classroom and also how it can really aid students in their learning.

What Is Special about 3D Printers for Education?

Along with other modern technological tools, 3D printers have several benefits Trusted Source 3D Printers Improve Student Education Online and in the Classroom 3D printing can be used as an educational technology, helping students understand concepts in areas such as math, science and engineering. . 3D printers help you to add a new dimension to learning in the classroom.When you consider the various potential applications of this machine for learning, it is easy to see why it is so special and should be adopted in schools all over the world.

With 3D printers in classrooms, students can create real physical 3D models that they can hold and work with. This feeds the student’s imaginations, promotes engagement, and makes learning more exciting by allowing them to bring their ideas to life rather than leaving them stuck in their minds.

From printing models of bones in biology to fabricating country maps or models of elements and molecules in Chemistry, 3D printers can find applications for a variety of subjects. They can be used at various levels of learning. From stem subjects to art and geography classes, students can learn more practically and be more productive in these respective subjects. This is another reason why they’re worth investing in.

Learning is more fun and engaging when you leverage the power of 3D printing technology. Educators will not struggle to keep students active and engaged. 3D printers are fascinating to curious young minds. They help kids to learn more and have fun while at it.

Working Process of 3D Printers for Schools

Best 3D Printers for Schools - Make Lessons More Educational and Funny

3D printing has these qualities: Objects are created by adding or depositing layers of material, not subtracting or cutting out pieces from a block of material.

The first step for printing a 3D object in the classroom is to prepare a 3D model. Models can be downloaded from a library or created from scratch using 3D software on your computer. There are different software options for this. But for a classroom setting, it is best to use software that is explicitly targeted at beginner users.

Your 3D software allows you to create a printable file with all the specifications and measurements you want on it. Next, you have to prepare the design for your printer. For this, you’ll need another software known as a Slicer. The slicer breaks up the designed model into several layers for the printer to produce.

After the file has been sliced, it is fed into the printer through WiFi via an SD card or USB, depending on the type of printer. Your file is now ready to be printed. 3D printers product objects layer by layer. However, how this will be done will depend on the technology on which the machine runs. 3D printers can be used to create a variety of things in the classroom. Some of these include:

  • Creative city maps
  • Decorations and play objects for children
  • Recreate real-life objects and structures like world-famous buildings.
  • Sculpture of animals
  • Hones and other anatomical objects

Important Features

We have established that the best 3D printer for the classroom can help students learn better and improve their overall learning experience. However, choosing a machine with the right features will ensure that you get the best outcome with your unit.

Even among printers designed and advertised to be for educational purposes, there are different models from different manufacturers. In order to make sure that you’re getting the right one for your students, you should know the pointers to look out for.

What would work best for you depends not only on the type of printer but also on the learning conditions in your classroom. For instance, the best 3D printer for an elementary school class would be different from what you’ll get for high school students. While the former will focus on ease of use, the latter is geared towards advanced users, so you’ll expect it to offer more features.

Below is a comprehensive guide that covers the various factors you need to consider if you’re out shopping for the best 3d printer for schools

Printing technology

Best 3D Printers for Schools - Make Lessons More Educational and Funny

The three most established types of 3D printers for plastic parts are stereolithography (SLA), selective laser sintering (SLS), and fused deposition modeling (FDM).

One of the most important factors to consider is the technology that powers the 3D printer Trusted Source An Overview on 3D Printing Technology: Technological, Materials, and Applications - ScienceDirect 3D printing technology increasingly used for the mass customization, production of any types of open-source designs in the field of agriculture, in healthcare, automotive industry, locomotive industry, and aviation industries. you intend to purchase. Different types of printers use different technologies, so it makes sense to get familiar with the different options and understand their pros and cons.

Fused Deposition Modeling Printers (FDM printers) use a spool of plastic filament that extrudes through heated nozzles to create objects layer by layer. This technology is also known as fused filament fabrication.

Another common 3D printing technology is stereolithography. For this type, the machine creates a solid object from a photosensitive liquid resin using an ultraviolet light beam.

The last type of printer uses a technology known as Selective Laser Sintering (SLS); in this case, laser lights melt power to create the printed objects in layers. Each of these 3D printing technologies has specific pros and cons that you should consider.

FDM printers are the most popular type of 3D printer used in schools. They are good enough for printing basic models quickly and at a lower cost which is basically all you need a school 3D printer should do. However, SLA printers are more recommended if you intend to print intricate objects with high resolution and accuracy. SLS printers are targeted more at industrial applications. So if you’re looking for the best industrial 3D printer for schools, they’ll be an ideal choice.

Build volume

Typically, the manufacturer will specify the maximum length, width, and height of the objects you can build with the 3D printer. This value is the build volume or the print volume, and it varies from one machine to the other.

As far as the build volume goes, there is no standard measurement. Your choice would depend mainly on the type of objects you’re planning to build with the machine. If you want smaller models, then a machine with a small build will be sufficient. But if you plan to build much larger projects, then you’ll need a machine with a higher capacity.

Layer Thickness

The 3D printing process follows what is called an additive technique for creating models. This means that as the machine operates, the model is printed in layers, with one layer overlaying the other. Each of these layers has varying thicknesses. How thick a layer of printing will vary from one machine to the other. Hence, layer thickness is one of the most important characteristics to consider. The layer thickness determines the vertical resolution of the print’s z-axis.

Generally, printers with a lower print layer thickness will print slower than those with higher thickness. On the flip side, being slow like this allows the machine to produce objects with much greater detail.

Supported materials

Best 3D Printers for Schools - Make Lessons More Educational and Funny

The term ‘support material’ refers to the low-density structure that a 3D printer creates in order to support any overhanging or undercutting sections present in your model.

In order to produce models with a 3D printer, you need a thermoplastic material or filament. There are different types of printing materials Trusted Source Top 10 Materials Used For Industrial 3D Printing It is difficult to choose the most suitable filament to use for 3D printing. Thus, this blog post is about the Top 10 materials used for industrial 3D printing. , and they come in a variety of colors. Filaments become soft and flexible as they pass through the heated nozzle of the printer.

Polylactic Acid (PLA) filaments are particularly popular with 3D printers for classrooms because they are excellent for designing simple objects. Beginners will find them very easy to work, and many printers targeted at education use are designed to use this material. Another common material is Acrylonitrile Butadiene Styrene (ABS). ABS plastic is strong and pliable. They are best for building models with interlocking parts such as legos. Other common filament options include TPU, TEPG, carbon fiber, ASA, polypropylene, and so on.

Print speed

This obviously refers to how fast the printer is able to produce a model. It is calculated in millimeters per second and refers to the printer’s speed to layer a layer of filament.

While a higher print speed means you’ll produce objects faster, going too fast has some downsides. Most machines are unable to handle fast print speed effectively, leading to a loss of precision. This can be a problem, especially for models with fine detailing.

Speeds above 150 millimeters per second are too high, and the filaments may begin to slip. For machines that promise higher speed, be sure to check reviews to see how well it holds up under such conditions.


Software compatibility is an important criterion to check when buying 3D printers. This refers to the machine’s Slicer software and the 3D design software on your computer. Regardless of the type of software the machine comes with, the most important thing is that the software is as easy to use as possible, allowing you to print quickly and control your printing efficiently. With mid-range and high-end printers, you don’t have to worry too much about the software. On the other hand, many cheap products come with poorly designed third-party software that is difficult to use. You don’t want a machine like this in your classroom.

Other Features

Best 3D Printers for Schools - Make Lessons More Educational and Funny

With some 3D printers, it is possible to create even tiny constructions.


3D printers with enclosed print areas are typically considered the best for educational purposes. The print area of 3D printers tends to get quite hot. In some units, temperatures may reach as high as 446 degrees Fahrenheit when working with some types of printers. When dealing with kids in a classroom, safety is of paramount importance, which is why enclosed printers are often preferred.

Build quality

For most machines, the build quality always has to do with the durability of the machine. But with a 3D printer, buying a solid machine goes beyond just making sure the machine lasts. It can also impact the quality of your prints. To ensure good quality results, your printer should be as stable as possible. If the frames are flimsy, it’ll cause materials to be warped during printing, and you won’t be impressed with the results.


The resolution of your printer determines the level of details the machine can produce. This is affected by various factors, but the nozzle movement is chief. Generally, the machine will print finer and more accurate object layers if the movement is smaller on both the horizontal and vertical axis. If you intend to print objects with fine surface details, then you have to look out for this quality.


Yes, during the 3D printing process, the machine melts some form of plastic filament at a higher temperature to produce the desired model. This produces fumes that may be dangerous to a person’s health. The amount of fumes produced varies. In many cases, the fume produced is only around the printer and the object. But more may be produced in some cases. Generally, a machine with an enclosed print area is more recommended for crowded areas such as a classroom.

Using a 3D printer is not difficult, and in most cases, you may not need specialized training at all. A good number of 3D printers have an intuitive design and a step-by-step process to work you through assembly and usage. There are also several resources online that you can easily follow to figure out the usage of a printer.

3D printers are mostly safe to use. But failing to follow safety rules during operation can lead to exposure to fumes that may contain ultrafine particles and volatile organic chemicals. Since the printer bed can get really hot, other safety hazards may also result from allowing kids to get too close to the machine. This is why you should follow the following safety rules when you’re using a printer in a classroom:

  • Use printers only in well-ventilated areas. Fans or fume hoods may be installed over the printer area
  • Students should not stand beside or hover over the printer while it is working
  • Keep the nozzle temperature within the suggested range(preferably on the lower end of the suggested range)
  • Use only filaments recommended by the printer’s manufacturer and those with low particle and chemical emissions.

Our Verdict

More and more schools all over the world are turning to technological tools like 3D printers to teach students more effectively in order to improve their productivity and efficiency. If you’re an educator making that decision for your school, there are several options to consider, including the impressive products on this list.

The Anycubic Photon Mono X is our Editor’s Choice for this review. This premium quality printer has a large build volume and delivers an impressive print quality. The Flashforge Guider II S is our premium pick. If you’re looking for the best industrial 3d printer for schools, this product is one of the best options to consider, thanks to its industrial-grade and advanced features.

We call the Anycubic Mega SE our best value pick. It has a user-friendly design and intuitive features that make it ideal for beginners and hobbyists.

All the printers on our list of best 3d printers for schools are impressive and ideal for different situations. We recommend you go through our buyer’s guide to get familiar with the various features to consider if you intend to get the best for your school.


3D Printers Improve Student Education Online and in the Classroom
3D printing can be used as an educational technology, helping students understand concepts in areas such as math, science and engineering.
An Overview on 3D Printing Technology: Technological, Materials, and Applications - ScienceDirect
3D printing technology increasingly used for the mass customization, production of any types of open-source designs in the field of agriculture, in healthcare, automotive industry, locomotive industry, and aviation industries.
Top 10 Materials Used For Industrial 3D Printing
It is difficult to choose the most suitable filament to use for 3D printing. Thus, this blog post is about the Top 10 materials used for industrial 3D printing.
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