The era of the much-celebrated “do it yourself” has finally arrived, that period where 3D printers are a reality within everyone’s reach. In the last few years, the 3D Printing market has had tremendous growth, and always tends to improve.
Want to know which can be the best 3D printer under 500 Dollars for you? Follow the next tips.
Best 3d Printer Under $ 500
You have been observing them for a long time and imagining everything you can create with a 3D printer, you bet it when the first models on the market cost thousands of euros and you waited and waited until they finally became more accessible but also more precise and diversified. in models and processing possibilities.
What is the best 3D printer?
From pens to professional machines, the world of 3D printers can be intimidating if we’re just starting out.
Technical terms like “FMD printer” or “SLA” are difficult to understand when you are not yet in the industry, and operations that we thought as easy as choosing the filament suddenly seem insurmountable for fear of ruining our brand new and expensive professional machine.
If you find yourself in the description you can certainly start off with the advice we will provide you in this article but let’s start with something practical and see which are the best 3D printers under $500 according to the public on the web.
Let’s now move on to the section dedicated to market analysis, with a selection of 3D printers that we recommend you take into consideration. We will group them by price range according to their list price. You will also be able to see the online offers related to the list price, to understand which options the market offers you and what is the actual expense for each product of your interest.
Best 3d Printer Under $ 500 | Comparison Table 2021
|ANYCUBIC Chiron 3D Printer, Semi-auto Leveling Large FDM Printer with Ultrabase Heatbed, Suitable for 1.75 mm Filament, TPU, Hips, PLA, ABS etc. / 15.75 x 15.75 x 17.72 inch(400x400x450mm)||ANYCUBIC||Check Price|
|Official Creality Ender 3 V2 Upgraded 3D Printer Integrated Structure Design with Carborundum Glass Platform Silent Motherboard and Branded Power Supply||Comgrow||Check Price|
|NOVA3D BENE4 Mono MSLA 3D Printer UV Photocuring Fast Printing Free Leveling Resin 3D Printer 130x80x150mm Print Size with 4.3in Touchscreen, Offline/WiFi Printing||NOVA3D||Check Price|
|FDM 3D Printer Kit Pyramid A1.1 Titan Direct Drive, Silent Mainboard, Resume Printing, 3.5 inch LCD Touch Screen, Upgradable to BL Touch, 12" x 12" x16" for Creative Artist, DIY Designer & School Use||FASTTOBUY||Check Price|
|Voxelab Aquila 3D Printer with Full Alloy Frame, Removable Build Surface Plate, Fully Open Source and Resume Printing Function Build Volume 8.66x8.66x9.84in||Voxelab||Check Price|
|Official Creality Ender 3 3D Printer Fully Open Source with Resume Printing All Metal Frame FDM DIY Printers with Resume Printing Function 220x220x250mm||Creality 3D||Check Price|
|ANYCUBIC Mega-S New Upgrade 3D Printer with Extruder and Suspended Filament Rack + Free Test PLA Filament, Works with TPU/PLA/ABS||ANYCUBIC||Check Price|
|FlashForge Adventurer 3 3D Printer Auto Leveling Quick Removable Nozzle High Precision||FlashForge||Check Price|
|Creality Ender 3 Pro 3D Printer with Removable Build Surface Plate and UL Certified Meanwell Power Supply Printing Size 8.66x8.66x9.84in / 220x220x250mm||Comgrow||Check Price|
Best 3d Printer Under $ 500 | 2021 Reviews
Things to Consider While Choosing Best 3D Printer Under 500 Dollar: Selection Guide 2021
To choose the best 3D printer for your needs there are several factors to consider, which we could summarize in this way.
Type of use
Consumer or professional? The first question could also be trivially reduced to “ What do you need it for ”? From the answer to this first question, a watershed is created at the time of purchase. If you are a professional you must definitely invest in a product with important characteristics. If your goal is purely playful, the best 3D printer is simply the cheapest one.
Dimensions and quality of objects
Big size or quality? This second question concerns the “size vs quality” ratio . In fact, objects made with 3D printers usually have a manufacturing quality directly proportional to the size of the printer. Consequently, if the objects you need to make are small in size, you can choose between different 3D printers in the desktop version. If, on the other hand, you need objects of a certain size, and you don’t want to give too much quality, the best 3D printer in this case is the industrial one.
Place of use
The third question, trivial in itself, is based on the choice of printing materials. You need to know, in fact, that common 3D printing materials such as Nylon emit toxic vapors, and in that case, it is not healthy to keep the 3D printer on your desk at home.
FFF, FDM, DLP, SLA, and LCD: what do they indicate and which one to prefer?
The fourth question is the most specific one and concerns the technologies used for the realization of 3D prints.
In particular, we have on the one hand FFF (or FDM), which is the technology based on the modeling of plastic material through heat, and on the other hand DLP, SLA, and LCD which are three different technologies that use UV rays to model resins. polymeric, which hardens when treated with these rays of light. The latter is definitely recommended if you have to produce small and highly finished objects.
FFF is the acronym for Fused Filament Fabrication and takes its name from the “cartridges” made up of real filaments of material, which are dissolved on the surface according to the shape to be created. The FFF or FDM method is very popular due to its versatility and low costs.
We could go into more detail about these technologies, but in reality, what interests users most is what can be done, in how much time, and at what cost. The analysis of the products in this is very explanatory.
Key aspects of a 3D printer
Now you know the differences and we have solved the mystery of the different acronyms, but now we are only halfway in choosing your first (or new) 3D printer, we have not talked about the technical aspects and the different features that you will need to consider in order to make the best choice for your needs – and the wallet:
Resin or filament
As we saw earlier, the two main choices regarding the printing material are resin and thermoplastic filaments.
Both choices are excellent and fit the needs of any hobbyist, even many professionals – indeed.
Let’s look at them in more detail:
Filament printers are the most popular. Here the plastic material is in a reel and is melted by a nozzle which then deposits the layer along the perimeter of the project, layering the different levels and also recreating the details, from the base to the top.
Resin printers, on the other hand, use liquid resin. Here the base is immersed in a tank with the resin and a light source hardens the liquid creating the different layers. Resin printers are much higher quality than FMDs, with sharper and more precise details.
In addition to having a higher cost, however, there is also the cons of working with resin to be evaluated: it requires more ventilation, it takes a lot of attention in using the material, it risks creating disasters (eg overturning the resin), waste must be disposed of as hazardous waste (including gloves, mask, and paper used to collect residues or clean up parts in post-production) and much longer post-production processes.
3D printers can work incessantly for many hours, even all day, the noise factor is an aspect that we will have to consider carefully, especially if we keep it at home.
No machine of this type is 100% silent but some models are more silent than others. We always read the opinion left by other buyers on the matter to understand which one to choose and orient ourselves towards a solution that seems to us in line with our needs.
There are also a couple of tricks we can use to reduce noise.
We can install soundproofing panels in the room, we can place the 3D printer on a foam surface such as a yoga mat or on a carpet, surely we will always have to place it on a solid surface.
3D printers have variable printing speeds. Usually, resin ones are slower than FMD ones.
Those who use these machines only as a hobby, for pure fun, after all, may not care much about the print speed aspect but for professionals, it can be a determining point.
To print small objects, a fast machine does not usually penalize the quality of the result but for larger objects than fast machines they can create vertical alignment problems and penalize the sharpness of details.
A self-leveling floor (or “bed”) is one of those technical specifications that we would like to find in our perfect printer. Manual leveling can be exhausting, long, and tedious but on the other hand, a plane that is not perfectly aligned results in bad prints.
Fortunately, the self-leveling surfaces have a sensor that tests the different points of the bed to calculate the distance between the surface and the nozzle, then adjusts it so that the final print is flawless.
It is certainly one of the fundamental and indispensable features for beginners.
Before printing your first piece you will need to send the print file to the 3D printer and this step you can do in several ways.
The majority of modern machine connects with a USB cable and are equipped with SD card slot or USB port to connect a pen drive.
Overall size and print size
Another aspect that we cannot overlook when choosing our 3D printer is how big it is. Obviously, if we have a dedicated laboratory, we can also go towards large machines but if we know that it will be placed on a table or a corner of the room, we should know in advance how much space is available.
But be careful, because one aspect that is closely related to the size of the machine is the maximum size of the object to be printed.
It should also be mentioned that resin printers tend to be a bit more compact than filament machines. For the average user, however, a small to the medium-sized 3D printer is generally sufficient.
Print quality, accuracy, and precision
An “accurate” machine is not necessarily a “precise” machine.
By “accuracy” we mean the ability to reproduce certain parameters while by printing “precision” we mean the ability to perform perfectly identical repeated movements.
So a 3D printer could be very accurate because it deposits the material in the exact point indicated by the project but not very precise because its movements are not perfectly identical and therefore it will not be able to be constant in the distribution of the layers.
The world of 3D printing is no longer a novelty but continues to evolve every year allowing us to make these products available to more and more people and for more and more uses. With this article, we have tried to guide you by combining the precision in dealing with the topic with the simplicity of scientific disclosure designed for everyone.
In this way, we hope to have guided you in this world of high technological value and to have helped you to choose with more serenity the best 3D printer under 500 USD for the use you intend to make of it. The products are now many and for all budgets so there will surely be a model suitable for you!