3D printing has developed noticeably in recent years. Not only in terms of the quality and price of the equipment. The speed has also changed to the positive in an impressive way. We took a closer look at the speedy devices in particular. Below we have listed an overview of the fastest 3D printers 2023 for you. In addition, we provide you with more information about the top devices and reveal what you should look out for when purchasing such a printer.
The most important in a nutshell
- The printing speed of modern 3D printers is impressive and has increased significantly in recent years
- Fast FDM printers print at 200, 300 or even 400 mm/s, enabling the creation of even larger objects in a short period of time
- Especially for home use, fast 3D printers can already be purchased inexpensively nowadays
- For the purchase you should check various criteria besides speed – including price, print quality and the ease of use
- Fast 3D printers are well suited for both home and enterprise level use
The best fastest 3D printers
The search for a really fast 3D printer can certainly turn into a complex affair. However, this does not have to be the case. We have taken a look around the market and picked out the best 3D printers currently available. The most important information about the devices can also be found in our table.
|Procedure||Name||Manufacturer||Installation space||Speed||Resolution (micrometer)||Special features||Approx. price||to the shop*|
|FDM||V400||FLSUN||300 x 410 mm||400 mm/s||5 – 30||High pressure temperature up to 300°C, 7-inch LCD touch screen, Dual linear rails||950 €||Click|
|FDM||S5||UltiMaker||330 x 240 x 300 mm||300 mm/s||60||High printing speed, great compatibility with over 200 materials, 3D metal printing possible, large installation space.||7.550 €||Click|
|FDM||Ender 7||Creality||250 x 250 x 300 mm||250 mm/s||10 – 40||Minimalist design, high print speed, integrated cooling system, affordable price||349 €||Click|
|FDM||Super Racer||FLSUN||260 x 330 mm||200 mm/s||5 – 30||Solid all-metal structure, high printing speed, color touch screen, heating bed with removable glass plate.||469 €||Click|
|DLP||Photon M3 Plus||Anycubic||192 x 122 x 245 mm||100 mm/h*||Until 40||6K monochrome display, large build volume, easy refilling of resin, optimized matrix light source.||699 €||Click|
|DLP||Sonic Mega 8K||Phrozen||330 x 185 x 400 mm||70 mm/h*||10 – 30||High precision (43 microns), 8K resolution, 15-inch monochrome LCD, large installation space||2.400 €||Click|
|DLP||Photon M3 Max||Anycubic||298 x 164 x 300 mm||60 mm/h*||10 – 150||High resolution, 7K monochrome display, laser engraved printing plate, removable cover, smart resin fill system.||1.094 €||Click|
* Please note that you cannot compare the speeds of FDM and light-based printing methods such as DLP or SLA. While the speed for FDM describes the movement of the print head in mm, the speed for DLP printers describes the actual height that can be reached with the 3D printer. This is because DLP printers cure each layer at the same time and do not travel one way.
The fastest FDM 3D printer for home: FLSUN V400
The fastest FDM 3D printer currently available for home use is the V400 from FLSUN. The company has some high-speed printers on the market. However, the overall package fits especially well with the V400. The price is definitely fair for the performance offered. You print at an impressive speed of up to 400 mm/s. What's more, you can count on solid line guidance thanks to the dual linear rails and print at temperatures up to 300°C. The clear LCD touchscreen guides you through the process. Auto-leveling is also helpful here, which saves you having to calibrate the build plate manually. However, due to the many options and possibilities, we rather recommend this device to experienced and advanced 3D printing fans.
- Name: V400
- Manufacturer: FLSUN
- Installation space (L x W x H in mm): 300 x 410 (diameter x height)
- Maximum print resolution (micrometer): 5 – 30
- Features: high pressure temperature up to 300°C, 7-inch LCD touch screen, dual linear rails
- Advantages: Enormously fast print speed, strong price-performance ratio, pre-installed firmware, easy handling, auto-leveling.
- Disadvantages: large device with more than one meter height
The fastest resin 3D printer for home: Anycubic Photon M3 Plus
If you want a fast resin 3D printer, we can recommend the Anycubic Photon M3 Plus. This one prints at an enormous speed for DLP printers and has a few other highlights. Thus, the construction volume is sufficiently large and refilling the resink is very simple thanks to a clever mechanism. The printer also brings 4K+ resolution and comes with a moderate weight. Anycubic has also improved the matrix light source here, which should enable even more precise printing.
- Name: Photon M3 Plus
- Manufacturer: Anycubic
- Installation space (L x W x H in mm): 197 x 122 x 245
- Maximum print resolution (microns): 40
- Special features: 6K monochrome display, large build volume, easy refilling of the resin, optimized matrix light source
- Advantages: easy handling, print bed leveling comparatively simple, 4K+ resolution, print bed laser engraved, low weight
- Disadvantages: Air filter not integrated, USB port inconveniently positioned
The most affordable fast 3D printer: FLSUN Super Racer
Cheap and fast do not have to be mutually exclusive. This is impressively demonstrated by the Super Racer from FLSUN. The name says it all, because you get a high printing speed for a comparably low price. The device is also extremely solid thanks to an all-metal structure and offers you a color touchscreen as well as a heating bed with a removable glass top. Other advantages include automatic leveling of the print bed and the dual-gear extruder used. So, for frugal beginners, this printer is the optimal solution.
- Name: Super Racer
- Manufacturer: FLSUN
- Installation space (L x W x H in mm): 260 x 330 (diameter x height)
- Maximum print resolution (microns): 30
- Features: Solid all-metal structure, high printing speed, color touch screen, heating bed with removable glass plate.
- Advantages: Dual gear extruder, automatic leveling, fair price
- Disadvantages: open installation space
Criteria for choosing fast resin printers
The choice of fast resin printers on the market is now considerable. However, we strongly advise you not to jump at the first device that comes along. It is advisable to check them carefully in advance and compare them with regard to various criteria. We have compiled the most important criteria when buying a fast 3D printer below and want to explain them to you in a bit more detail.
Clearly: If you are looking for a fast 3D printer, you will primarily pay attention to the printing speed. If you want to print objects particularly quickly, you should use a printer with a speed of at least 200 mm/s. It is important to keep in mind the difference between the FDM printers and the DLP printers. The speeds of these two printers cannot really be compared. In the FDM printer, the speed describes the movement of the print head. In the case of the DLP printer, again the real possible height.
Price / Performance
The price-performance ratio is perhaps the most important factor when buying a suitable 3D printer. You should always keep your own budget in mind. The general goal should be to find the best equipment for your wishes and demands for this budget. So you should question yourself about where you might be able to cut back. If you want to print smaller objects, for example, you can accept a smaller installation space and invest the budget in another feature.
However, especially as a beginner, you should also be careful not to leave out too many points in the sense of “narrow talers”. Thus, we recommend that you always use a printer with automatic print bed leveling. Otherwise, you must calibrate the print bed manually. This is a real challenge, especially for newcomers, which can also lead to a loss of fun with 3D printing.
Printing method used
As can be seen from our table, the main distinction in rapid 3D printing is between the FDM and DLP processes. The FDM process, known as Fused Deposition Modeling, is perhaps the best-known and probably also the simplest printing process. The filament is unwound from a spool, so to speak, and melted by an extruder before being applied layer by layer to the printing plate. This printing process is particularly well suited for large objects where slightly less detailed borders need to be drawn.
The alternative to this is the DLP process. The abbreviation stands for Digital Light Processing. This is used, for example, in the construction of prototypes or even jewelry and is particularly suitable for smaller, detailed prints. The method of operation is similar to the FDM process. However, a special liquid plastic is made movable here, which solidifies after a certain exposure time. CAD is used to create a 3D model, which is then projected layer by layer onto the surface of the plastic using a projector in the printer.
Stability and reliability of the printer
You should also have to make as few compromises as possible when it comes to the stability and reliability of your printer. This is especially important for the often very large FDM printers. When large objects are printed, a strong vibration often approaches the printer. In the worst case, the lines can become distorted and render the entire print unusable. You can avoid this, for example, if you make sure that the printer has a solid metal construction. This keeps the vibration low and thus also the influence on your pressure.
In addition to this, we advise to pay attention to the reliability and durability of parts. This is not always equally given. Especially if you might use your printer on a daily basis, you should be able to rely on stable and solid components.
The print volume of the fast 3D printers varies enormously in some cases. Not every print fan necessarily needs to print large objects and requires a corresponding installation space. However, when buying, we advise you to set the limit a little higher rather than too far lower. After all, it may be that after a short time you feel like doing something bigger.
The resolution of the printer also plays an overriding role. Here it is important to distinguish between the DLP and SLA printers. In the case of a DLP printer, the resolution always refers to the LCD display used. In the case of an SLA printer, the resolution is primarily determined by the accuracy of the laser in question.
Depending on the application, the print quality is of great importance. If the printer is used in the corporate sector, for example, and is used to build prototypes, high print quality is an absolute must. If, on the other hand, you are printing for home use, you can certainly make some concessions here. You should therefore be aware in advance exactly how important the print quality really is for you.
Simplicity of use
We advise newcomers to focus on a printer that is as user-friendly and easy to operate as possible. On the one hand, this means the printer's software, which can be used without a long start-up time at best. Intuitive menu navigation noticeably helps you find your way around. At the same time, you should make sure that the respective material can be easily inserted into the device and that residues of the print can be quickly removed. As mentioned earlier, you should also go for a printer with as little “manual labor” as possible. Calibrating forever can cost you a whole lot of nerves. It is therefore better for beginners to use a printer with Auto Bed Leveling.
For whom are high-speed 3D printers worthwhile?
In principle, the fast 3D printers are worthwhile for everyone. Any print fan is thrilled when a potentially stunning object can be created in a short amount of time. However, these printers are really worthwhile and probably also important, especially in industry. Spare parts can be produced quickly with these without external companies. In addition, these are also suitable for the creation of prototypes, which can then be used as the basis for an entire series.
Alternative for fast 3D printing hardware: Optimize G-Code
Of course, I'd love for you to go right out and buy a 3D printer through my links so the site can continue to grow, but: there is an alternative that is free and requires some time, and of course I'll mention it here, of course. For example, you can optimize the Gcode by changing the position of the print object a bit and thus minimize the amount of support with a few tricks. Also, you can work with variable Infill and increase the amount of Infillonly in really necessary places. The rest of the object is then printed with a lower Infill
Conclusion: Long waiting times are a thing of the past
The 3D industry has also developed impressively in the area of printing speed in recent years. You can now find many devices with breathtakingly high speeds, with only little or no compromise in quality. The large selection allows you to compare all printers in detail and thus discover a favorite for your needs. The more you look into them, the more likely you'll be satisfied with your purchase.