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Ender 3 Print Speed: Recommended settings and max possible

Inexpensive 3D printers are extremely popular these days. This has a lot to do with the fact that they are available on a very low budget and yet offer exceptional performance, far superior to their older counterparts. These two points taken together, make them very popular amongst people new to the art and science of 3D printing.

So what’s the Ender 3’s print speed?

Creality Ender 3 3D Printer Fully Open Source with Resume Printing All Metal Frame FDM DIY Printers 220x220x250mm

When it comes to mating seamless affordability with top of the line quality the Creality Ender series has few equals and hardly any superiors. These printers have excellent printing speed and they use high-quality parts. I.e. they can create a whole lot faster than many, if not most of their competitors using inferior components.

However, it is pertinent to note here that there is no ‘one size fits all’ speed. This is because there are quite a few settings that are related to printing pace.

In most slicer engine software programs, “printing speed” is just a setting that may be used to calculate various speed-related settings that will decide how fast the nozzle will move.

Here we will refer to speed as the least amount of time need to create a build when the machine has been set to its very highest level speed setting. We will assume that the default calculations are used to derive the other speed settings just like various other printers using a similar sized bed.

What is the fastest the Ender 3 Pro can print?

The maximum print speed possible for the Creality Ender 3 3D printer comes to around 200 mm/s, (approx.) as per the company. However, the pace will also depend on a range of factors such as the type of filament you use as well as the intricacies of your build. So this is the optimal pace, not the realistic one.

What is the fastest the Ender 3 Printer can realistically print?

That will depend entirely on the kind of filament you have at your disposal. For example, PLA would give you 60 Mm/s while other filaments would have their own ranges. Let us take a quick look at the different filaments that may be used with the Ender 3 and check out their various realistic pace limits.

How fast can I print PLA?

This is usually the very first filament that most hobbyists tend to learn to print with. It is derived from different types of plant materials. Newbies love it because it very easy to print with it and mistakes can be rectified without too much of a fuss. The Ender 3 typically prints at around 60 mm/s or so with this filament.

TPU

TPU and other flexible materials usually build at much slower speeds when compared to PLA or due to their softer nature. Add to that the fact that the Ender has a Bowden extruder setup.

All of it decreases the pace quite substantially. In fact, flexible materials end up being printed even more slowly. Sometimes as low as 20 mm/s up to 40 mm/s.

PETG

This is a 3D printing filament that always prints at a much higher temperature than PLA does. Let us suppose you want to print a car decoration piece that you will place on the dashboard of your car.

In a really hot climate and directly exposed to the sun, such an item will deform. However, if it is made of PETG it will be able to easily withstand higher temperatures.

As a general rule, PETG will almost always create at roughly the same pace as its PLA counterpart. If you create basic objects at low res you will be able to get it to create as fast as 60 mm/second.  However, the best pace for PETG would be approximately 40 mm per second since PETG is liable to be a bit stringy. However, slowing it down usually gets rid of this issue.

Factors that affect print speed

Apart from the filaments used, there are also many other factors that are responsible for printing pace variations.

Size and Complexity of the Model

The total level of the detail of the model will also affect how fast the model can be printed. The more detailed the build, the slower it would be printed: The general rule of thumb for an ender is 40 to 50 mm/s for highly detailed builds and it can go as high as 70to 80 mm/s for more rough models and builds.

Ender 3’s Limitations: The Design of the printer

While the max speed as per the tech specs is 200 mm/s it is not possible to actually run it this fast. Basically, the good people at Creality have simply advertised the travel rather than the actual printing speed.

Then there are the personal quirks of the machine to take into consideration. Since it is not easy to level as many other machines, it might not be able to maintain a level bed for long.

If the bed starts wobbling than in the long run, it might lead to structural weakness in the print area due to a faster pace. This will compromise the durability of your machine.

How fast can the Ender 5 print?

The printing pace of the Ender 5 is faster than its Ender 3 3D printer series counterparts. The actual realistic printing pace hovers around 80mm/s. At this pace, you can easily craft very high-quality models without compromising the overall quality of your prints.

How fast can I print PLA?

Generally speaking, PLA is almost always good at speeds hovering between 30mm to 90mm per second or so. If you want very high-quality results, you will have to settle for lower printer speeds, as your printer will take its own sweet time to make that ideal build. However, a faster pace can easily reduce the overall quality of your model. Ultimately, it will be your call with regard to what is important for you.

Can the Ender 3 print metal?

These Ender three series are good with PETG, TPU, PLA, and various other filaments. However, it is not known for metal printing. Albeit that does not mean it can’t do that. Many people have tweaked their machines until they provide metal printing capabilities as well.

Conclusion

There are no universal speeds for these printers. They are entirely dependent on the filaments and personal quarks of the specific printer when it comes to build times.  Thus the key to optimizing the pace of your printer lies with keeping the machine well-tuned and experimenting with it to find the optimal settings for your 3D printer.

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