On this page you will find the buying guide to the best 3D printers , increasingly popular devices. If you intend to buy this product, continuing to read you can find out all the insights you need.
How many times have you found yourself watching a film or a television series in which the protagonists admired a kind of technologically advanced box that they called a 3D printer in which what looked like a tiny mechanical arm emitted a kind of laser that materialized, layer by layer, an object or, as often happened in medical series, a heart valve or a portion of the trachea to be replaced in place of a diseased or malfunctioning part?
Here, putting aside the normal suspense loaded by the narrative of a film or a TV series, 3D printers exist and are really able to reproduce objects ranging from simple gadgets or cute toys to some useful devices both in everyday life. than within very important sectors such as medicine or aeronautics.
Best 3D Printer For Beginners | 2022
If three-dimensional printing was already a reality in the Eighties, over the last few decades it has been able to improve its basic technology by managing to create truly fundamental components for the life of all of us, but, thanks also to continuous competition among the companies in the sector, even simple enthusiasts of the genre or users who wanted to try this new technology have managed to take advantage of the prices that have become increasingly competitive to be able to have a 3D printer in their own home at a low price or, in any case, not extremely costly.
For those who want to make such a purchase but are not yet clear about what a 3D printer actually does and what its main features and functions are, let’s see together to understand it and set up a buying guide for the best. 3D printers .
Best 3D Printer For Beginners | 2022 Comparison Table
|Flashforge 3D Printer Finder Lite FDM Machine, Semi-Enclosed, Removable Platform, Touch Screen, Brightly Colored Design for Kids Beginner and School Education. Print Size140 x 140 x 140 mm.||FlashForge||Check Price|
|Mini 3D Printer for Kids with Removable Magnetic Build Plate 1.75mm Free Test PLA Filament DIY 3D Printers Printing Size 100x100x100mm||Tecqeq||Check Price|
|K1 3D Printer for Kids Building Size 100 x 100 x 100MM Portable Desktop Kit for Beginners Kids Teens 3D Printer with 1.75mm PLA Filament Magnetic Removable Plate USB TF Card Max Print Speed 40MM/s||Haosegd||Check Price|
|Anbull 3D Printer for Beginners Teens Kids Mini 3D Printer Nano Plus with Cooling Fan in Nozzle, Upgraded Removable Hot Magnet Build Plate 1.75mmx10m PLA Filament Printing up to 3.5 x 4.3 x 4.3 Inch||Anbull||Check Price|
|da Vinci Mini Wireless 3D Printer-6"x6"x6" Volume (Includes: 300g Filament, PLA/Tough PLA/PETG) - Upgradable to print Metallic/Carbon PLA||XYZprinting||Check Price|
|Official Creality Ender 3 3D Printer with Resume Printing All Metal Frame, UL Certified Power Supply, Open Source FDM 3D Printers for DIY Home and School, Build Volume 220 x 220 x 250 mm||SainSmart||Check Price|
|ANYCUBIC Mega S Upgrade FDM 3D Printer with Extruder and Suspended Filament Rack + Free Test PLA Filament, Works with TPU/PLA/ABS and 8.27''(L) x8.27''(W) x8.07''(H) Print Size||ANYCUBIC||Check Price|
|X1 3D Printer Mini Desktop 3D Printer for Beginners Kids Teens 3D Printer Free Filaments Magnetic Removable Plate USB Cable TF Card Max Print Speed 40MM/s Size 100 x 100 x 100MM 10M 1.75mm||Haosegd||Check Price|
|Flashforge 3D Printer Adventurer 3C Fully Enclosure FDM Machine, Free Leveling Removable Heated Build Plate and Detachable Nozzle, Touch Screen, Build Volume 150 x 150 x 150mm||Flashforge||Check Price|
Best 3D Printer For Beginners | 2022 ReviewsError: Unknown Link Type Error: Unknown Link Type Error: Unknown Link Type
Best 3D Printer For Beginners | 2022 Guide
How a 3D printer works
Wanting to simplify as much as possible, to immediately understand how a 3D printer works we can say that in a traditional printer the head moves horizontally using the ink jet to leave lines on a sheet that flows slowly forward, instead of inside a printer. 3D the head moves along the three dimensional axes by superimposing one layer of material on the other following a process called additive type.
In this way the 3D model takes shape one layer at a time and from the bottom up, remaining stationary on the same area – it is, in fact, only the head that moves – and allowing the printer to create a model completely autonomously.
It all starts with the 3D project carried out on the computer, after which the 3D printer is filled with the raw material that you want to use to create the object and, once the printing has started, the extrusion of the material starts which takes place in a similar way. to what a hot glue gun usually does: in fact, the material used for printing – usually plastic – is heated until it melts and comes out in the form of filament through the printing nozzle.
The printer knows exactly where to place the material because it follows the information of the digital file to the letter which is divided into thin cross sections and two-dimensional. The polymer deposited by the nozzle is very thin – 0.1 mm thick – and solidifies very quickly, binding to the underlying layer.
How to choose the best 3D printer
Type and filament
Over the years, the technology that underlies the operation of the 3D printer has evolved so much that nowadays different types have been developed , each able to meet different needs of work, precision and create the product. final with a certain material.
Among the various types currently on the market, the most common are:
- Filament 3D Printer (FDM): this is the most popular model especially in the home of fans of this fascinating technology and, as the name suggests, its operation is based on a mechanism that spreads a plastic wire layer by layer according to the model indicated by the software. In this case, the filament deposition manufacturing (FDM) process is used which involves heating the material positioned on the reel, depositing it in layers in order to create a precise model. Filament printers can have only one extruder nozzle or more nozzles, in the first case they will print, as it is easy to guess, with a single color, while in the second case they will print in multiple colors. This type of printer is especially suitable for those who want to start printing three-dimensional objects and get to know this type of technology,
- Resin 3D printer : this type of 3D printer uses resin as an additive material which, unlike plastic wire, has very fast solidification times. This is a very good solution if you want to create objects in a faster and more precise way, but it offers limited solutions as regards the choice of colors available.
- 3D laser printer (SLS) : this is a type suitable for those who want to obtain more professional results given its ability to work with extreme precision. In detail, the material used is in the form of powder which is heated and brought to the ideal temperature by the laser which, once the ideal fusion has been obtained, proceeds with the construction of the object. Another peculiarity of this printer is that not only plastic materials can be used, but also metallic ones declined according to different colors. It is a solution that requires some familiarity with this technology and quite expensive, but it produces really excellent results.
- LOM 3D printer for industrial use : it is, as it is easy to guess, a type of printer destined to produce large products and, also for this reason, its dimensions are important. The LOM (Laminated Objet Manufacturing) manufacturing process is based on the use of thin layers of material that are gradually overlapped.
In our description we have mentioned the filaments several times and, in detail, we have talked about the filament printing which, in essence, is the most widespread and easy to use, especially by newbies. But the materials, or filaments, that can be used in the 3D printer are different and each with specific characteristics.
The main and most common are:
- ABS : it is a type of plastic that melts around 220 ° and offers a good level of rigidity and resistance, but it cannot be used to create objects that will come into contact with food because it is potentially toxic, as well as not being biodegradable.
- PLA : it is a completely natural material obtained from wheat, corn and beet plants, it can therefore be used for the creation of products that will come into contact with food since it is not toxic at all. It is completely biodegradable, but it is not very resistant and fears humidity.
- Composite filaments : more recent, they arise from the union of PLA and other components such as brass, wood or copper.
The accuracy of the 3D printer you are purchasing can be easily detected thanks to the indications offered by the manufacturer and which are essentially based on two values:
- Positioning Accuracy : indicates the precision with which the extruder nozzles move on the work surface.
- Printing Accuracy : indicates the difference in thickness between the digital model and the final 3D printed object.
In any case, the accuracy of the printer is measured in millimeters and choosing one with a resolution of 0.1 mm means that the printed object will be faithful to the digital project to the tenth of a millimeter, essentially without any imperfections.
The print size determines the ability of the 3D printer to create more or less large objects. In this sense, it is obvious that models intended for household products will make smaller objects (usually wide, high and deep between 20 cm and 40 cm) than professional or industrial 3D printers that will produce large objects for more professional uses.
A 3D printer has a fairly slow printing process and can usually be reduced gradually in order to obtain a very precise product.
The printing speed is indicated in mm / s (millimeters per second) and depends on some characteristics such as the material used or the print quality to be obtained. For this reason, retailers usually indicate multiple speed values on the purchase package that can go, for example, from 20 mm / s to 100 mm / s.
Just like with traditional printers, 3D printers also connect to the computer via USB cable or, more easily, via Wi-Fi.
So, when you decide to buy one, it is good to check that it is compatible with the operating system of your PC even if, by now, 3D printers support both Windows and MacOs or Linux.
Structure of the printer
Contrary to what many may think, modern 3D printers have a fairly simple structure . Specifically, the cheaper ones do not have any external protection and, in many cases, the user himself must assemble them, but they have the advantage of being able to be integrated with additional components installed slowly and which make the printer more complete.
On the other hand, models equipped with an external structure are more expensive, but guarantee higher performance, greater safety for the user who is protected from the high temperatures of the nozzle and offer a modern digital display that allows him to always keep the process under control. of printing.
FAQ and Frequently Asked Questions
How to choose a 3D printer?
To choose the first 3D printer, you need to consider some parameters: the type of printer itself and the filament, the precision (positioning and printing), the actual device and printing dimensions, the speed, the compatibility with the PC and the printer structure. On our site you will find the buying guide complete with insights.
How much does a 3D printer cost?
The cost of a 3D printer varies based on a number of variables; making things easier, it is good to distinguish non-professional 3D printers (with a cost of less than € 2,000) and professional ones that have prices starting from this figure. The devices that can be easily purchased on Amazon have a relatively low cost: they start at around € 200.00. The total price goes up based on technical specifications and other features.
Are there cheap 3D printers?
Yes, there are cheap and therefore unprofessional 3D printers. On our site you can read the reviews of the recommended models, both cheap (€ 200.00) and good quality.
Conclusions and final considerations
Thinking about buying a 3D printer can prove to be a very suitable choice both for those who intend to use it professionally and for those who are simple technology enthusiasts and want to test themselves with a truly innovative product.
The growing demand for these devices has allowed manufacturers to significantly reduce prices – at least as regards the basic models – thus allowing different categories of consumers to be able to use them. When buying, it is essential to take into consideration some fundamental factors that can help you make the choice that best suits your needs.
For those who are beginners, it is advisable to start with an inexpensive and basic 3D printer and then move on, if the experience was to your liking and you want to improve this technique, to something more advanced and professional.