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Creality CR-10 Vs. Ender 3

With technological advancements, 3D printing has taken a new lead in the technology world.  While several businesses joined the club in developing 3D printers, only a few dominate the market.

Creality is one of the most popular 3D names since the innovation of the CR-10 in 2016. The printer was launched in 2016, but CR-10 is still enjoying the most used and preferred 3D printers for high-volume models.

Ender 3 is another great printer that’s perfect for novices and progressive users. The device scores not only with its solid execution, but additionally with its reasonable price.

For new 3D printer users, it can get confusing to choose between the Ender 3 and CR-10. As both printers come with unique features, it gets hard to make a wise investment. Let’s find out detailed information about both printers to help.

Table of Contents

Qualities To Consider

Print Quality

When purchasing a 3D printer, the first aspect to consider is its quality. To measure the quality, you will have to analyze the results that the printer is delivering. 

You’re looking for a smooth, sharp outcome. The printer must not cause any printing debris once the process is completed. If you’re getting a machine for personal use, hobby, and learning purposes, then little loopholes can be overseen.

Set Up

After the quality check is done, the next feature to look for is the setup of a 3D printer. You must go for the printer that’s easy to set up, easy to operate, and easy to manage. The key is simplicity. If you want to learn though, going with a self-assemble printer is the way to go.


If you’re looking for specific features, then make a list of your requirements. Ensure that the 3D printer you’re buying is packed with all the capabilities you need.


Design is an indispensable feature as it determines the overall appearance of your selected machine. While analyzing design, monitor the material used in composing the machine. Also look at the size, details (color combination. buttons, text), and any beautifying elements used on the machine.

Ender 3



  • Patented Bowden extruder
  • Heatable printing plate
  • Low noise
  • Power failure function
  • Will not slip
  • Affordable
  • Compact size
  • No automatic leveling
  • Uneven/flimsy printing bed
  • Loading filament is hard
  • Open enclosure
  • Retrofitted edges
  • Inferior cabling of the power supply

Print Quality

Ender 3 features axis stability and precision which provides smooth results and makes the printer run quietly. The machine comes with a 40 x 40 mm extruded profile composed of solid aluminum to enjoy maximum strength. Overall, the quality of this printer is more impressive than the previous variant of the same series.

Set Up

Ender 3 needs loads of time and work to understand the assembling process and implement them. However, the instruments for fixing the product together are given with the box, and there is an abundance of videos online to present clear instructions and guidelines.


The Ender 3 is a FDM (fused deposition modeling) 3D printer. For those who aren’t familiar with 3D printing technology, we wrote a guide on them.

FDM suggests it impresses elements by melting and expelling a thermoplastic tendril from a heated extruder outfitted with a Bowden feeder method. 

The Ender 3 is made from a metal composition. Both the case and the Z-axis single lead screw are constructed of aluminum. Its construction makes it enduring. 

There is an option to save your designs to avoid the risk of losing your work. Overall, the features are solid and come at a reasonable price.


Ender 3 features an open-frame all-metal design. The anatomical parts are made of extruded aluminum. It causes the 3D printer to be strong and firm, producing steady execution. 

Ender 3 is made from a rigid base. You can conveniently move the device around without the requirement for re-calibration. The Ender 3 is powered by a Bowden-style extruder to provide more exceptional rigidity and more reliable print quality.




  • Aluminum frame
  • Exceptional stability
  • Larger bed leveling nuts
  • Can control heat
  • Affordability
  • Easy assembly
  • Removable glass print bed
  • Easy-to-use control box
  • Prone to overheating
  • Can disturb printing process due to power issue
  • Noisy fans
  • Bed heating takes time
  • Doesn’t work well with different materials due to heat consistency

Print Quality

CR-10 is a great choice when extensive print masses are needed. You can heat the huge printing bed of the CR-10 to make good prints. However, you’ll have to wait a little bit longer as this printer takes time to reach the desired temperature. 

If you print enough models with this printer, you’ll notice some layering issues (as with a lot of low-budget printers). A lot of these problems can come from this printer being semi-assembled. 

When newer 3D printer users assemble a printer which requires manual work, expect to make manual calibrations in the future to get the right quality prints.

This is what is required for the CR-10 if you’re going to mass produce quality prints. If you don’t, 3D printer users will certainly be dissatisfied with their models.

Set Up

Setting up the CR-10 can be simple. You can assemble the frame with the provided braces and bolts. Once the frame is arranged, do the wiring for the stepper machines. 

Don’t forget to examine the pre-installed screws and retighten them if needed. Like most 3D printers with low prices, the CR-10 print bed is also manually aligned so initial set up will take time if you’re a new 3D printer user.


One of the prominent features of the CR-10 is its larger bed leveling nuts to allow more precise control. The 3D printer comprises a filament run-out sensor and the power resume reception along with a large build volume. These specific features limit damaged prints.

CR-10 can print TPU with PLA and ABS. The device comes with a useful collection of features at a low cost.


This printer arrives with one of the biggest build spaces ever. 

CR-10 offers 12in x 12in x 15.5in which allows you to print huge models. The unusual Bowden extruder design decreases the load on the X-axis which gives more reliable production. 

The 3D printer features a flat glass bed which makes it more fragile, but you can enjoy printing with smooth printing surfaces. The CR-10 contains an aluminum build, and it’s an open-source printer which we like because it makes it easier to do future upgrades and helps the community as a whole.

Which Is Better?

Both 3D printers are solid. However, the CR-10 printer will be our preference rather than the Ender 3. CR-10 is easier to assemble, comes with an excellent quality of supplies, and is large enough to print whatever we want. 

Moreover, the power supply works great even after several long spun sessions which is a plus for durability. The price factor is also a plus point.

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