You can get your part with a 3D printer, but if you want the quickest, you want the fastest available. We want to avoid wasting money at the same time as compromising on quality.
Then we’ll look at the top industrial Best FDM 3D Printers, followed by the fastest consumer printers. We’ll then examine where normal printers can go faster and what print speed is considered good.
Here are the top 3D printers outlined in this article
Quickest 3D Printers For Consumers
Speed is the main focus of these consumer printers. A printer industrial will allow you to print your part fast and for an affordable price.
1. Anycubic Mega S (Best Value)
The results delivered by Mega S are excellent . This printer’s accuracy, printing volume, and print speed define it as a rare gem in its price range.
The user interface is easy to use because it has a touch screen.
Additionally, the Mega S is highly affordable in addition to its many features:
- You will get better results because the frame is made of metal.
- Heat is applied to the build plate and the hot-end, so heaps of different materials can be printed.
- When running out of filament, a filament sensor will trigger an automatic halt to the print. Upon detecting new filament is being loaded, it will continue operating as if nothing had happened. It will also accept filament from third parties.
Your printer requires a few connections to get started out of the box. There are also reliability issues with the filament being mounted on the side.
You get great performance and a healthy build volume with the Anycubic Mega S.
For those looking for a 3D printer on a budget, it is the fastest in its price category.
Pros
- Building volume is good
- Heat up the building plate until it reaches a high temperature
- It’s great to have new features
- An intuitive user interface
- Easy to use, great user experience
Cons
- Assembled
- Plastered on the side
2. FLSUN QQ-S (Quietest)
This printer claims to be able to print at a whisper, which is its claim to fame. Having trouble deciphering the letters, I assume S stands for “still.”
Print speeds of this printer typically range from 60 to 300 mm/s. However, tweaking has resulted in faster speeds for some users.
On this list, the consumer build volume is the highest.
Printing will also be resumed after pausing or stopping. To start printing right after assembling and setting up, it will take you about half an hour. Due to its top-fed design, it can be used in your office, which saves space.
Additionally, it is easy to remove prints thanks to its lattice build plate.
Despite our recommendation against the QQ-S for beginners, we consider it to be a great delta 3D printer at the right price.
Pros
- The volume of builds is large
- Exactly
- Silent as a whisper
- Most filament types can be printed with this device
- A bed that automatically levels itself
- Building plates that are unique
- Touchscreen interface
- Rapid printing
Cons
- Fully assembling the unit takes time
- It is disappointing that manufacturers do not offer enough support
- Beginners shouldn’t try this
3. Delta WASP 2040 Turbo 2 (Fastest)
In our best delta 3D printer review we featured the WASP 2040; the Turbo 2 does the same.
There are two types of extruders available for this printer. The speeds for either will range from 500 mm/s to 1,000 mm/s.
A FDM printer cannot be found anywhere else with this number.
The final print quality is even more impressive. This is where the printer has made the greatest improvements.
Blink and you’ll miss the part, but you’ll have a beautiful result.
Additionally, the height of the building volume is enormous. A skyscraper can be printed in a flash on this printer.
It’s a really solid framework. The result is a more reliable printer due to fewer vibrations. Accuracy is improved as well.
In contrast with conventional Cartesian printers, Delta printers work differently. A faster, more accurate, and more fun printer.
Delta WASP 2040 Turbo 2 is something I’m looking forward to. There are many build options, it is fast, and it is accurate. Fastest FDM printers do not come at a high price.
Pros
- Frame built to last
- Accurate, precise, and reliable
- Several builds per day
Cons
- The first time you do this, you find it expensive,
- There is a lot of troubleshooting and troubleshooting to do with Delta printers
4. Uniz Slash+ UDP
The Uniz Slash PlusUDP will be examined next.
Their Kickstarter campaign might be familiar to you. A super-fast commercial-grade 3D printer was the goal of their fundraiser. They raised over $500,000 for this project. Success!
A 3D printer with the fastest printing speed currently available. Because it’s an SLA printer, it’s somewhat slower.
You will receive a lot of value from a great piece of machinery. Despite the speedy printing, performance and accuracy are never compromised.
For the price, it is a little small with a good build volume.
Also important to Uniz was keeping the printer’s maintenance low. The screen can be printed without being touched for up to 1000 hours without any issues.
Additionally, the printer is equipped with several great features. To make sure everything runs smoothly, a remote monitoring feature is available.
Printing over WiFi is possible. Each time the printer is used, a calibration procedure is automatically performed.
Besides being quick and easy to use, Uniz Slash+ includes tons of features. Those who value accuracy and speed and aren’t bothered by price may be drawn to this brand of commercial printer.
Pros
- Simple and intuitive user interface
- I am absolutely amazed by the final print quality
- In comparison with FDM, SLA offers many benefits
Cons
- Beginners face high costs
- Building volume is short
3D Printers For Industrial Use
This next group of printers is a great option if you’re looking for the industry titans, at a fair price.
Industrial applications are their purpose. Commercial printers cannot compare with them in terms of speed, size, and power.
Although they all cost hundreds of thousands of dollars, they are revolutionizing the 3D printing industry and what is possible.
5. BAAM
Introducing the BAAM, the first industrial printer designed for speed.
In addition to Big Area Additive Manufacturing, BAM stands for Big Area Design. It’s an additive manufacturing machine with a large surface area, which might come as a shock to some. The surface area is quite large.
There’s something magical about this printer. In order to print large volumes, the creators realized you need a very fast printer.
There is an 80-pound print speed.
A lot of large items have been printed by the BAAM in the past.
Almost any material can be extruded using the extruder because it gets hot enough.
A steel frame keeps the printer from vibrating, so you won’t encounter problems with vibration while printing.
A quote for BAAM’s massive printing machine can be requested even though the company won’t reveal its retail price. A price for the machine also can be obtained by contacting BAAM.
Printing large objects quickly is a good choice if you need a printer that can handle large objects. While the BAAM is extremely expensive, once you realize what its capabilities are, you can easily overlook it.
Pros
- Building volume is enormous
- Framework made out of steel
- Screens with touchscreens
- A variety of filaments can be printed
Cons
- No price will be released by the company
- The space they occupy is considerable (obviously)
- Resolution is low
6. Massivit 1800
It is worth looking at the Massivit 1800 printer as well.
Specifically for visual communication, this printer was created. Displays, props, and large signs can be made using it.
Film props, art exhibits, and sculptures are all made with this printer.
Its build volume is definitely sufficient to make large props. Moreover, it prints in just a millisecond, one of the fastest in the industry.
Purchase of this unit will cost about a quarter million dollars. If you are interested in using one of the company’s 3D printers, you can ask the company for a quote.
Additionally, the printer is also available as a dual-extruder printer, which gives you even more flexibility.
Also, the printer was designed so that it was easy to use. Using a few clicks will lead you to your destination. And you can troubleshoot as you go.
In the visual communication space, Massivit 1800 is a leader. We get high-quality prints that are fast and feature smoothly contoured edges.
Pros
- High-quality printing
- An enormous amount of work is being done
- User-friendly
Cons
- Costly
- It is more difficult to troubleshoot GDP technology
7. HP Jet Fusion 5200
This modern marvel of industrial 3D printing is the HP Jet Fusion 3D 5200.
Despite only entering the world of 3D printing a few years ago, HP is making some huge waves. Paper printing resembles 3D printing, surprising, right?
Jet Fusion has a 5200 that is the fastest model in their range of Jet Fusion models. 4.115 cm3/hr, or 1,143 mm3/s, is the staggering speed of its printing.
As a result of the speed of the printing technology, the print speed is not measured in mm/s.
A Multi Jet Fusion system uses a different printing method from SLA or FDM that you are probably familiar with. Unlike FDM printers, MJF prints entire layers at once instead of tracing individual lines.
While this printer doesn’t have as large a build volume as the rest, that’s not its primary focus. Getting your print out faster than any of its rivals is the 5200’s main purpose.
To give you an idea, the build volume is 380 x 284 x 380 mm, so a single part that’s as large will complete the print as fast as 10 hours.
A quote will be necessary to find out the price, but the manufacturer suggests the sticker price could be over $250,000.
In terms of volume production of mid-volume parts, this is likely to be the first 3D printer that is comparable to competing manufacturing methods.
It offers faster, more accurate, and crisp parts than any other printer you can find. There are three machines in the lineup, but this one is their newest, and it’s worth every penny.
Pros
- Printer with the fastest print speed
- Our product is incredibly accurate, reliable, and sharp
- Highest print quality
- Producing mid-volume parts with this method is a good option
Cons
- The cost of renting an apartment is high
- The build volume could be increased
- As compared to FDM, MJF technology requires steep learning curves
What Is A Good Print Speed For 3D Printers?
Pick the right speed for your printer
Honestly there isn’t anything wrong with 1 mm/s for a recreational printer – you just need to have patience.
They increased that number because we are not patient, so we won’t wait.
Many commercial printers are capable of hitting 40-60 mm/s comfortably.
With a commercial printer, you can accomplish 100 mm/s for a little more money. High-speed printers should reach 150 mm/s.
In order to get a better quality, manufacturers suggest operating at 60% of the maximum speed.
Relationship Between Speed And Quality
There seems to be a correlation between speed and quality in every industry – if your mechanic is the fastest in the world, you will be stuck on the side of the road a lot.
In this sense, 3D printers are similar, but because of a different technical reason.
Continuously moving printers do not drastically affect print quality. The speed changes are what affect print quality.
Your body will lurch if you hit the accelerator or brake pedal hard in a car. An abrupt acceleration or slowdown of a 3D printer makes the same thing happen.
3D printers lurch, which adversely affects print quality. The build will be inconsistent, with strings and wobbly sections.
It takes considerable effort to ramp up and decelerate a printer without damaging prints.
The speed of printing can have other adverse effects as well.
Limiting Factors For Speed
This list of printers is not an accurate reflection of their speed, as most of the printers on the market are painfully slow.
Why do 3D printers slow down? What is wrong with the printer industry that it can’t produce speeds as fast as the WASP and the HP Jet Fusion 5200?
Consider FDM printers as an example.
You may recall that FDM printers work by using an extruder head that moves along three axes, powered by tiny motors, to lay down hot plastic. This process imposes a delay on the printing process.
Cooling The Plastic
How long it takes for the hot plastic to cool is the first thing that reduces how fast you can print.
When adding a second layer on top of an existing layer, the first layer must be sufficiently solidified.
Consider painting a wall, but applying the first coat of paint before the primer has completely dried. 3D printers work similarly.
Extruder nozzles might catch on the layers and cause them to drag, deform, or clog. Therefore, the printed object won’t be as you intended.
Tiny Motors Driving The Motion
To run a 3D printer efficiently, it needs tiny motors.
You simply don’t need a lot of power to use the extruder, since it isn’t very heavy.
Motors need to be heavier, stronger, and bigger if you want the printer to move quickly. Adding weight would make it difficult to design a 3D printer in this way, and the new look would be unattractive.
Speed is also limited by the tiny motors.
3-Axis Setup
Last but not least, there is the 3-axis setup (or gantry).
The reason that this limits speed doesn’t require a deep explanation, but it also works for the same reason as trains run on only one track.
An accelerated single-axis motion can be predicted easily. Things become more unpredictable when the y- and z-axes are introduced, and the vibration impacts the process more.
A 3D printer’s success depends on its predictability and low vibrations. Getting good quality from a 3D printer is the secret sauce.
That’s why 3-axis gantry printers have to move slowly in order to produce the best prints.
I wonder if there is any way to make 3D printing more efficient.
How To Make A 3D Printer Faster
If the factors described above are removed, 3D printers can be faster.
- Remove the jerk caused by suddenly increasing speed and then reducing it.
- Consider materials that cool much more quickly or don’t need cooling.
- Avoid 3-axis printer motors that are tiny and inefficient.
- The last step would be to do away with the 3-axis setup altogether.
By getting away from FDM completely, printing companies are able to accomplish this. Ideally, they would choose technologies like SLA, GDP, or MJF that eliminate one or more of these factors.
A 3D printer can be made faster by switching from FDM to another technology of printer, but it isn’t easy to make one faster.
Conclusion
The majority of printers cannot satisfy the need for fast printing without compromising quality. Those on this list are capable, but they cost a lot.
Building will take up less space. Your final decision should depend on the criteria you consider most important.
These printers stand apart from the rest in terms of true speed.
