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32
Highlights
58
Differences
6
Reactions
0
Likes
MakerBot Method X
vs
UltiMaker S5:
32 Highlights & 58 Differences —
So, Which 3D Printer Actually Works Better
Method X is safer with advanced sensors; S5 offers more flexible upgrades and software support.
Trying to decide between MakerBot Method X and UltiMaker S5? This side-by-side comparison covers the depth, folded height, operating temperature range & supported filament types and extras that actually matter in a 3d printers.
MakerBot Method X vs UltiMaker S5: A Comparison of Professional 3D Printing Powerhouses
In the world of professional FDM/FFF 3D printers, both the MakerBot Method X and the UltiMaker S5 stand out as powerful contenders. They share several core features such as dual extruders, enclosed build environments, touchscreen interfaces, and cloud connectivity, aiming to meet the demanding needs of prototyping and engineering applications.
However, key differences emerge upon closer inspection: the Method X excels with its high-temperature extruder capable of 572°F and a fully heated chamber controlling temperatures up to 230°F, ideal for specialty polymers like ABS and PC. In comparison, the UltiMaker S5 impresses with a significantly larger build volume of about 1223 cm³ and ultra-fine print precision down to 12.5 microns, plus quieter operation and support for biocompatible materials.
Distinctive Strengths of the MakerBot Method X
The MakerBot Method X is engineered with advanced material capabilities and environmental controls that make it a prime choice for industrial users. Compact in footprint (17.2 inches wide, 16.3 inches deep) yet robust (65 lbs), it features a heated chamber fully controllable up to 230°F, enabling reliable printing with engineering-grade materials like ABS, ASA, and polycarbonate. Its direct drive extruder enhances filament handling, especially with composite and rigid filaments, while HEPA and carbon air filtration ensure safer operating conditions.
Completing the industrial-ready package, the Method X excels in safety with an enclosure lock and multiple compliance certifications, alongside enhanced monitoring via chamber temperature sensors and a vibration sensor. These features make it an excellent fit for highly precise industrial prototyping with difficult-to-print materials.
UltiMaker S5: Volume, Precision, and Ecosystem Flexibility
While the UltiMaker S5 lacks the Method X's heated chamber, it compensates with a generously sized build area, boasting a build volume of around 1223 cm³ that exceeds the Method's space, ideal for large-format models. The S5 is also lighter (45.4 lbs), making it more manageable for various work environments. One of its standout qualities is the ultra-fine print accuracy down to 12.5 microns, far surpassing Method X's 200 microns, allowing production of intricate prototypes. Its quieter operation (50 dB) is beneficial for office or educational settings.
The S5 supports larger filament diameter (2.85 mm) and biocompatible materials, broadening application areas to include medical prototyping. Software flexibility with support for Simplify3D and an open ecosystem makes remote monitoring and print farm management seamless. Plus, it offers upgrade kits, clear maintenance intervals (500 hours), and mod kits that allow evolving hardware customization.
Quick Take
The MakerBot Method X shines with its industrial-grade material support and heated chamber, ideal for high-temp polymers and precise environmental control. Meanwhile, the UltiMaker S5 provides a larger printable volume with exceptional precision and quieter operation, making it a cost-effective choice for detailed prototyping and education.
Bottom Line
Ultimately, if your projects demand high-temperature materials, an environmentally controlled build chamber, and advanced safety features, the MakerBot Method X justifies its premium price with superior capabilities. Conversely, if you prioritize print volume, fine resolution, quieter workspace integration, and a versatile software ecosystem with upgrade paths, the UltiMaker S5 is the smarter, budget-conscious pick for professional prototyping and education.
Verdict
Winner: MakerBot Method X - For top-tier material capabilities, heated chamber control, air filtration, and professional-grade monitoring sensors.
Runner-up: UltiMaker S5 - For larger build volume, finer print detail, quieter operation, upgrade flexibility, and accessibility for broader use cases.
Side by side. The numbers. The features. No drama.
Is MakerBot Method X better than UltiMaker S5? It depends on your needs. Our gadget breakdown lays out the full story — from specs to buyer feedback.
The MakerBot Method X originates from the USA, while the UltiMaker S5 comes from the Netherlands. This highlights their different manufacturing bases, which might influence users based on regional preferences or support expectations.
The country where the product is designed or manufactured.
In the battle of Country of Origin,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Country of Origin on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Both the MakerBot Method X and UltiMaker S5 come with a 1-Year warranty period. This offers a standard level of protection for buyers of either product.
Coverage period offered by the manufacturer.
In the battle of Warranty Period,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Warranty Period on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Supported Applications
What applications are supported?
0
MakerBot Method X
0Votes
Prototyping, Engineering
The printer supports applications such as Prototyping, Miniatures, and Engineering, offering versatility for various projects.
Lists the most common applications supported.
In the battle of Supported Applications,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Supported Applications on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Assembly Type
What is the assembly type?
0
MakerBot Method X
0Votes
Prebuilt
0
UltiMaker S5
0Votes
Prebuilt
MakerBot Method X
The printer is supplied as a Prebuilt unit, eliminating the need for user assembly.
Shows whether the printer is sold as a kit requiring assembly or fully prebuilt.
In the battle of Assembly Type,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Assembly Type on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Assembly Required
Is assembly required?
No
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
vs
Assembly Required
For the MakerBot Method X, no assembly is required, confirming its prebuilt nature. The UltiMaker S5 does not specify if assembly is required, which could leave potential users uncertain.
States if the printer requires assembly.
In the battle of Assembly Required,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Assembly Required on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Upgrade Path
Does it support an upgrade path?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
vs
Upgrade Path
Both the MakerBot Method X and UltiMaker S5 offer an upgrade path, allowing users to enhance their printer's capabilities over time. This provides long-term flexibility and value for both machines.
Whether the printer can be expanded with official or third-party upgrades.
In the battle of Upgrade Path,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Upgrade Path on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Product Name
What is the product name?
0
MakerBot Method X
0Votes
MakerBot Method X
0
UltiMaker S5
0Votes
UltiMaker S5
The commercial name of the 3D printer.
In the battle of Product Name,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Product Name on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Model Number
What is the model number?
0
MakerBot Method X
0Votes
Method X
0
UltiMaker S5
0Votes
S5
Manufacturer’s reference code for precise identification.
In the battle of Model Number,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Model Number on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Release Year
What is the release year?
0
MakerBot Method X
0Votes
2019
0
UltiMaker S5
0Votes
2018
vs
Release Year
The MakerBot Method X was released in 2019, making it a year newer than the UltiMaker S5, which was released in 2018. Users seeking a more recently launched model might prefer the Method X.
The year the 3D printer was first released.
In the battle of Release Year,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Release Year on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Printer Type
What type of printer is it?
0
MakerBot Method X
0Votes
FDM/FFF
0
UltiMaker S5
0Votes
FDM/FFF
vs
Printer Type
Both the MakerBot Method X and UltiMaker S5 are FDM/FFF printer types, indicating they use the same fundamental additive manufacturing technology. Users looking for this specific print technology will find both products suitable.
Defines the printing technology used by the machine.
In the battle of Printer Type,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Printer Type on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Target User Level
What is the target user level?
0
MakerBot Method X
0Votes
Intermediate, Advanced, Professional
0
UltiMaker S5
0Votes
Professional
Indicates the recommended skill level.
In the battle of Target User Level,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Target User Level on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
The MakerBot Method X has a depth of 16.3 inches (approximately 41.4 cm), considerably less than the UltiMaker S5's depth of 23 inches (approximately 58.42 cm). This suggests the Method X requires less front-to-back space on a desk or workbench.
The total external depth of the printer.
In the battle of Depth,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
, delivering
lower
6.7 inch
measurement.
Don’t keep it to yourself — be the first to react and review the
Depth on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Height of the printer when folded.
Don’t keep it to yourself — be the first to react and review the
Folded Height on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Height
What is the printer’s height?
25.6
inch
0Votes
30.7
inch
0Votes
vs
Height
The MakerBot Method X stands at 25.6 inches (approximately 65.02 cm) tall, which is 5.1 inches (about 12.95 cm) shorter than the UltiMaker S5's 30.7 inches (approximately 77.98 cm) high. The Method X offers a more compact vertical footprint.
The total external height of the printer.
In the battle of Height,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
, delivering
lower
5.1 inch
measurement.
Don’t keep it to yourself — be the first to react and review the
Height on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Space Requirement
What is the space requirement?
2.83
sq ft
0Votes
6.5
sq ft
0Votes
vs
Space Requirement
The MakerBot Method X requires 2.83 sq ft (approximately 0.26 sq m) of space, which is 3.67 sq ft (about 0.34 sq m) less than the UltiMaker S5's 6.5 sq ft (approximately 0.6 sq m) requirement. The Method X is more suitable for environments with limited space.
The minimum flat surface area needed to safely place the printer.
In the battle of Space Requirement,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
, delivering
lower
3.7 sq ft
measurement.
Don’t keep it to yourself — be the first to react and review the
Space Requirement on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Width
What is the printer’s width?
17.2
inch
0Votes
19.5
inch
0Votes
vs
Width
The MakerBot Method X has a width of 17.2 inches (approximately 43.69 cm), which is 2.3 inches (about 5.84 cm) narrower than the UltiMaker S5's width of 19.5 inches (approximately 49.53 cm). The Method X might be a better fit for spaces with tighter width constraints.
The total external width of the printer.
In the battle of Width,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
, delivering
lower
2.3 inch
measurement.
Don’t keep it to yourself — be the first to react and review the
Width on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Weight
What is the printer’s weight?
65
lbs
0Votes
45.4
lbs
0Votes
vs
Weight
The MakerBot Method X weighs 65 lbs (approximately 29.48 kg), making it 19.6 lbs (about 8.89 kg) heavier than the UltiMaker S5, which weighs 45.4 lbs (approximately 20.6 kg). The UltiMaker S5 is lighter and potentially easier to move or set up.
Net weight of the printer.
In the battle of Weight,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
, delivering
higher
19.6 lbs
measurement.
Don’t keep it to yourself — be the first to react and review the
Weight on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Folded Width
What is the folded width?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Width of the printer when folded (if applicable).
Don’t keep it to yourself — be the first to react and review the
Folded Width on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Folded Depth
What is the folded depth?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Depth of the printer when folded.
Don’t keep it to yourself — be the first to react and review the
Folded Depth on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Package Width
What is the package width?
21.5
inch
0Votes
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Width of the printer’s packaging.
Don’t keep it to yourself — be the first to react and review the
Package Width on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Package Depth
What is the package depth?
29.5
inch
0Votes
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Depth of the printer’s packaging.
Don’t keep it to yourself — be the first to react and review the
Package Depth on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Package Height
What is the package height?
32
inch
0Votes
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Height of the printer’s packaging.
Don’t keep it to yourself — be the first to react and review the
Package Height on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Package Weight
What is the package weight?
77
lbs
0Votes
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
total shipping weight including packaging.
Don’t keep it to yourself — be the first to react and review the
Package Weight on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Build-to-Printer Size Ratio
What is the build-to-printer size ratio?
2.92
%
0Votes
32
%
0Votes
The efficiency ratio of build volume relative to the overall printer size.
In the battle of Build-to-Printer Size Ratio,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
, delivering
lower
29.1 %
measurement.
Don’t keep it to yourself — be the first to react and review the
Build-to-Printer Size Ratio on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
The MakerBot Method X has an operating temperature range of 59-86 °F (15-30 °C), slightly narrower at the upper end than the UltiMaker S5's range of 59-90°F (15-32.2 °C). Both printers operate within similar comfortable room temperatures.
Recommended ambient temperature range for safe operation.
In the battle of Operating Temperature Range,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Operating Temperature Range on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
The MakerBot Method X can operate in a humidity range from 0-80%, including very dry conditions, while the UltiMaker S5 requires a minimum of 20% humidity. The Method X offers more flexibility in drier operating environments.
Acceptable humidity range during printer operation.
In the battle of Operating Humidity Range,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Operating Humidity Range on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
The MakerBot Method X consumes 100 Watts in idle power, significantly more, by 76 Watts, than the UltiMaker S5, which uses only 24 Watts when idle. The UltiMaker S5 is much more energy-efficient when not actively printing.
Power drawn while the printer is on but not printing.
In the battle of Idle Power Consumption,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
, delivering
higher
76.0 Watt
measurement.
Don’t keep it to yourself — be the first to react and review the
Idle Power Consumption on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Storage Humidity Range
What is the storage humidity range?
0
MakerBot Method X
0Votes
0-80%
0
UltiMaker S5
0Votes
10-90%
vs
Storage Humidity Range
The UltiMaker S5 has a wider storage humidity range of 10-90% compared to the MakerBot Method X's 0-80%. This means the UltiMaker S5 can tolerate slightly more humid storage conditions.
Safe humidity range for storing the printer.
In the battle of Storage Humidity Range,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Storage Humidity Range on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Power Consumption
What is the power consumption?
800
Watt
0Votes
500
Watt
1Votes
vs
Power Consumption
The MakerBot Method X has a power consumption of 800 Watts, which is 300 Watts higher than the UltiMaker S5's 500 Watts. The UltiMaker S5 is more energy-efficient during operation.
Average power usage during active printing.
In the battle of Power Consumption,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
, delivering
higher
300.0 Watt
measurement.
Based on community votes for Power Consumption,
MakerBot Method X ◉ earned
0 votes,
less than
UltiMaker S5 ◉,
which got 1 votes.
Considering energy efficiency, the UltiMaker S5 consumes significantly less power. This is a crucial factor for reducing operational costs and environmental impact. I'd go with the S5.
See more
Storage Temperature Range
What is the storage temperature range?
0
MakerBot Method X
0Votes
32-122 °F
0
UltiMaker S5
0Votes
32-90°F
vs
Storage Temperature Range
The MakerBot Method X has a storage temperature range of 32-122 °F (0-50 °C), allowing it to be stored in warmer conditions than the UltiMaker S5, which is rated for 32-90°F (0-32.2 °C). The Method X offers more flexibility for storage environments.
Safe temperature range for storing the printer when not in use.
In the battle of Storage Temperature Range,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Storage Temperature Range on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Power Supply Type
What type of power supply does it use?
0
MakerBot Method X
0Votes
Internal
0
UltiMaker S5
0Votes
Internal
Indicates whether the printer uses an internal or external power supply.
In the battle of Power Supply Type,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Power Supply Type on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Power Supply Voltage
What is the required power supply voltage?
0
MakerBot Method X
0Votes
100-240 Volt
0
UltiMaker S5
0Votes
100-240 Volt
Voltage input supported by the printer’s power supply.
In the battle of Power Supply Voltage,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Power Supply Voltage on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Energy Saving Mode
Does it have energy saving mode?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
vs
Energy Saving Mode
Both the MakerBot Method X and UltiMaker S5 are equipped with an energy saving mode, which helps reduce power consumption when the printers are not in active use. This is beneficial for managing electricity costs.
Whether the printer includes an energy-saving or eco mode.
In the battle of Energy Saving Mode,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Energy Saving Mode on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Both the MakerBot Method X and UltiMaker S5 come with a standard nozzle diameter of 0.4 mm. This is a common size, balancing print speed and detail for general-purpose printing.
Default nozzle diameter provided.
In the battle of Standard Nozzle Diameter,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
, delivering
equal
0.40 mm
measurement.
Don’t keep it to yourself — be the first to react and review the
Standard Nozzle Diameter on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
The UltiMaker S5 offers a larger build volume of 1222.56 cubic inches (approximately 20.03 liters) compared to the MakerBot Method X's 868.96875 cubic inches (approximately 14.24 liters), a difference of 353.59125 cubic inches (about 5.79 liters). Users needing to print larger objects will benefit from the S5's increased capacity.
total printable volume capacity.
In the battle of Build Volume,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
, delivering
lower
353.6 cubic in
measurement.
Based on community votes for Build Volume,
MakerBot Method X ◉ earned
0 votes,
less than
UltiMaker S5 ◉,
which got 1 votes.
The UltiMaker S5's larger build volume is a huge advantage for my projects, definitely prefer having more space to work with. It just opens up so many possibilities.
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
356
°F
0Votes
vs
Min Extruder Temperature
The UltiMaker S5 specifies a minimum extruder temperature of 356 °F (180 °C), while this information is not available for the MakerBot Method X. This gives users a clearer operational understanding for the S5.
Lowest operable extruder temperature.
Don’t keep it to yourself — be the first to react and review the
Min Extruder Temperature on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
vs
Chamber Temperature Control Range
The MakerBot Method X offers chamber temperature control up to 230 °F, which aids in preventing warping with advanced materials. This feature's details are not available for the UltiMaker S5.
Range of temperatures the printer chamber can maintain
Don’t keep it to yourself — be the first to react and review the
Chamber Temperature Control Range on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Both the MakerBot Method X and UltiMaker S5 are equipped with dual extruders. This allows for more complex prints using multiple materials or colors, or dedicated support material.
Indicates if printer can run dual extruders.
In the battle of Dual Extruders,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Dual Extruders on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Both the MakerBot Method X and UltiMaker S5 support quick-swap nozzles. This feature simplifies maintenance and allows users to easily change nozzle sizes or types.
Nozzles can be quickly swapped without tools.
In the battle of Quick-Swap Nozzles,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Quick-Swap Nozzles on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Both the MakerBot Method X and UltiMaker S5 have replaceable hotends. This is beneficial for maintenance, allowing users to replace worn components or switch to different hotend types.
Whether the hotend can be replaced.
In the battle of Hotend Replaceable,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Hotend Replaceable on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Max Extruder Temperature
What is the max extruder temperature?
572
°F
1Votes
536
°F
0Votes
vs
Max Extruder Temperature
The MakerBot Method X has a higher maximum extruder temperature of 572 °F (300 °C) compared to the UltiMaker S5's 536 °F (280 °C), a difference of 36 °F (20 °C). The Method X can print with a wider range of high-temperature engineering filaments.
Maximum heating capability of extruder.
In the battle of Max Extruder Temperature,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
, delivering
higher
36.0 °F
measurement.
Based on community votes for Max Extruder Temperature,
MakerBot Method X ◉ earned
1 votes,
more than
UltiMaker S5 ◉,
which got 0 votes.
I'm really drawn to the MakerBot Method X's higher max extruder temperature. It's a clear benefit for working with more demanding or specialized materials. This makes it my preferred option.
See more
Layer Resolution Minimum
What is the minimum layer resolution?
20
microns
0Votes
20
microns
0Votes
vs
Layer Resolution Minimum
Both the MakerBot Method X and UltiMaker S5 share the same minimum layer resolution of 20 microns. This indicates both printers are capable of producing very fine details in their prints.
Finest layer height achievable.
In the battle of Layer Resolution Minimum,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
, delivering
equal
20.00 microns
measurement.
Don’t keep it to yourself — be the first to react and review the
Layer Resolution Minimum on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Bed Temperature Gradient
What is the bed temperature gradient?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
9
°F
0Votes
UltiMaker S5
The bed temperature gradient is 9°F (5°C), indicating the temperature variation across the print surface.
Variance in heat across the bed surface.
Don’t keep it to yourself — be the first to react and review the
Bed Temperature Gradient on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Build Height
What is the build height?
7.75
inch
0Votes
11.8
inch
1Votes
vs
Build Height
The UltiMaker S5 features a greater build height of 11.8 inches (approximately 29.97 cm) compared to the MakerBot Method X's 7.75 inches (approximately 19.69 cm), a difference of 4.05 inches (about 10.29 cm). This provides the S5 with the capability to print taller objects.
Maximum printable height of the build area.
In the battle of Build Height,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
, delivering
lower
4.1 inch
measurement.
Based on community votes for Build Height,
MakerBot Method X ◉ earned
0 votes,
less than
UltiMaker S5 ◉,
which got 1 votes.
For any tall prints I might need, the S5's superior build height is a standout feature. It allows for much more flexibility in design. I'm choosing the S5 for this.
See more
Build Width
What is the build width?
7.5
inch
0Votes
13
inch
0Votes
vs
Build Width
The UltiMaker S5 offers a significantly larger build width of 13 inches (approximately 33.02 cm) compared to the MakerBot Method X's 7.5 inches (approximately 19.05 cm), a difference of 5.5 inches (about 13.97 cm). This means the S5 can accommodate much wider prints.
Maximum printable width of the build area.
In the battle of Build Width,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
, delivering
lower
5.5 inch
measurement.
Don’t keep it to yourself — be the first to react and review the
Build Width on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Build Depth
What is the build depth?
7.5
inch
0Votes
9.4
inch
0Votes
vs
Build Depth
The UltiMaker S5 has a build depth of 9.4 inches (approximately 23.88 cm), which is 1.9 inches (about 4.83 cm) larger than the MakerBot Method X's 7.5 inches (approximately 19.05 cm). This allows the S5 to print longer objects.
Maximum printable depth of the build area.
In the battle of Build Depth,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
, delivering
lower
1.9 inch
measurement.
Don’t keep it to yourself — be the first to react and review the
Build Depth on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Layer Resolution Maximum
What is the maximum layer resolution?
400
microns
0Votes
600
microns
0Votes
vs
Layer Resolution Maximum
The UltiMaker S5 has a higher maximum layer resolution of 600 microns, which is 200 microns greater than the MakerBot Method X's 400 microns. This means the S5 can print thicker layers for faster, less detailed prints.
Thickest layer height achievable.
In the battle of Layer Resolution Maximum,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
, delivering
lower
200.0 microns
measurement.
Don’t keep it to yourself — be the first to react and review the
Layer Resolution Maximum on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Optional Nozzle Sizes
What optional nozzle sizes are supported?
0
MakerBot Method X
0Votes
0.4mm, 0.6mm
0
UltiMaker S5
0Votes
0.8mm
vs
Optional Nozzle Sizes
The MakerBot Method X offers optional nozzle sizes of 0.4mm and 0.6mm, allowing for flexibility in print detail and speed. The UltiMaker S5 offers an 0.8mm optional nozzle, which is larger and suited for faster, coarser prints.
Alternative nozzle sizes supported.
In the battle of Optional Nozzle Sizes,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Optional Nozzle Sizes on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Filament Diameter Supported
What filament diameter is supported?
1.75
mm
0Votes
2.85
mm
0Votes
vs
Filament Diameter Supported
The MakerBot Method X supports 1.75 mm filament, while the UltiMaker S5 supports 2.85 mm filament. Users must choose the printer compatible with their preferred filament diameter, as these are not interchangeable.
The filament size compatible with printer.
In the battle of Filament Diameter Supported,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
, delivering
lower
1.1 mm
measurement.
Don’t keep it to yourself — be the first to react and review the
Filament Diameter Supported on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Max Bed Temperature
What is the max bed temperature?
230
°F
0Votes
140
°F
0Votes
vs
Max Bed Temperature
The MakerBot Method X boasts a much higher maximum bed temperature of 230 °F (110 °C) compared to the UltiMaker S5's 140 °F (60 °C), a difference of 90 °F (50 °C). This allows the Method X to print high-temperature materials like ABS and PC with better adhesion and reduced warping.
Maximum heated bed temperature.
In the battle of Max Bed Temperature,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
, delivering
higher
90.0 °F
measurement.
Don’t keep it to yourself — be the first to react and review the
Max Bed Temperature on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Heated Chamber
Does the printer have a heated chamber?
Yes
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
vs
Heated Chamber
The MakerBot Method X includes a heated chamber, which is crucial for printing engineering-grade materials by maintaining a stable internal temperature. Information on a heated chamber is not available for the UltiMaker S5.
Whether the printer has a heated build chamber.
In the battle of Heated Chamber,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Heated Chamber on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Number of Extruders
How many extruders does the printer have?
0
MakerBot Method X
0Votes
2
0
UltiMaker S5
0Votes
2
vs
Number of Extruders
Both the MakerBot Method X and UltiMaker S5 feature two extruders. This enables multi-material or multi-color printing, as well as printing with dissolvable support materials.
total extruders installed.
In the battle of Number of Extruders,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Number of Extruders on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Independent Dual Extruder
Does it have IDEX support?
No
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
vs
Independent Dual Extruder
The MakerBot Method X does not have an independent dual extruder system, meaning its extruders move together. Information regarding an independent dual extruder is not available for the UltiMaker S5.
Whether the printer supports independent extruder heads.
In the battle of Independent Dual Extruder,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Independent Dual Extruder on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Extruder Drive Type
What type of extruder drive does it use?
0
MakerBot Method X
0Votes
Direct Drive
0
UltiMaker S5
0Votes
Bowden
vs
Extruder Drive Type
The MakerBot Method X uses a Direct Drive extruder, which is generally better for flexible filaments due to a shorter filament path. The UltiMaker S5 uses a Bowden drive, which can allow for faster print speeds due to less weight on the print head.
The type of filament feeding system.
In the battle of Extruder Drive Type,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Extruder Drive Type on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
No, this printer does not explicitly support biocompatible materials for applications requiring medical or biological compatibility.
Supports resins/filaments approved for medical or dental use.
In the battle of Biocompatible Materials Support,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Biocompatible Materials Support on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
The MakerBot Method X supports common engineering filaments like ABS, ASA, PC, and PVA. The UltiMaker S5 only lists PP as a supported type, suggesting the Method X offers broader material compatibility for demanding applications.
Filament materials that the printer can process.
In the battle of Supported Filament Types,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Supported Filament Types on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Ability to print with multiple materials simultaneously.
In the battle of Multi-Material Printing,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Multi-Material Printing on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Maximum amount of resin the tank can hold.
Don’t keep it to yourself — be the first to react and review the
Max Resin Tank Capacity on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Resin Auto-Fill
Does it have resin auto-fill?
No
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
MakerBot Method X
No, this printer does not feature a resin auto-fill system, meaning resin needs to be manually added or replenished.
Automatic filling of resin during prints.
In the battle of Resin Auto-Fill,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Resin Auto-Fill on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Max Supported Filament Diameter
What is the maximum supported filament diameter?
1.75
mm
0Votes
2.85
mm
0Votes
vs
Max Supported Filament Diameter
The MakerBot Method X supports a maximum filament diameter of 1.75 mm, while the UltiMaker S5 supports 2.85 mm. Users will need to ensure their chosen filament size matches the printer's specifications.
Maximum filament diameter that can be used.
In the battle of Max Supported Filament Diameter,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
, delivering
lower
1.1 mm
measurement.
Don’t keep it to yourself — be the first to react and review the
Max Supported Filament Diameter on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Filament Dry Box
Does it support filament dry boxes?
No
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
Supports use of a dry box to prevent filament moisture issues.
In the battle of Filament Dry Box,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Filament Dry Box on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Filament Auto-Loading
Does it have filament auto-loading?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
vs
Filament Auto-Loading
Both the MakerBot Method X and UltiMaker S5 feature filament auto-loading. This convenience feature automates the process of loading new filament, making operation easier for users.
Automatic feeding of filament into extruder.
In the battle of Filament Auto-Loading,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Filament Auto-Loading on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Filament Drying Required
Is filament drying required?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Whether drying filament before use is necessary.
In the battle of Filament Drying Required,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Filament Drying Required on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Max Number of Materials Supported
What is the maximum number of materials supported?
0
MakerBot Method X
0Votes
2
0
UltiMaker S5
0Votes
2
Maximum distinct materials supported in one job.
In the battle of Max Number of Materials Supported,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Max Number of Materials Supported on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Supported Resin Types
What resin types are supported?
0
MakerBot Method X
0Votes
None
0
UltiMaker S5
0Votes
None
Resin types that the printer can use.
In the battle of Supported Resin Types,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Supported Resin Types on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Compatible Resin Wavelength
What resin wavelength is compatible?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Light wavelength compatibility for curing resins.
Don’t keep it to yourself — be the first to react and review the
Compatible Resin Wavelength on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
168
hours
0Votes
Maximum supported printing time without interruption.
Don’t keep it to yourself — be the first to react and review the
Continuous Print Time on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Measured Effective Print Speed
What is the effective measured print speed?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
60
mm/s
0Votes
UltiMaker S5
The measured effective print speed is 60 mm/s, representing a practical speed for good quality prints.
Independently measured real-world print speed.
Don’t keep it to yourself — be the first to react and review the
Measured Effective Print Speed on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Print Accuracy
What is the print accuracy?
200
microns
0Votes
12.5
microns
0Votes
MakerBot Method X
The print accuracy of the device is rated at 200 microns, indicating its precision in reproducing fine details.
Degree of dimensional accuracy of printed parts.
In the battle of Print Accuracy,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
, delivering
higher
187.5 microns
measurement.
Don’t keep it to yourself — be the first to react and review the
Print Accuracy on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
First Layer Calibration
How is the first layer calibrated?
0
MakerBot Method X
0Votes
Auto
0
UltiMaker S5
0Votes
Auto
UltiMaker S5
First layer calibration is Auto, simplifying the setup process and ensuring optimal bed adhesion for prints.
Method used for first-layer bed calibration.
In the battle of First Layer Calibration,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
First Layer Calibration on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Print Adhesion Type
What type of print adhesion is used?
0
MakerBot Method X
0Votes
Other
0
UltiMaker S5
0Votes
Glue
MakerBot Method X
The printer uses an "Other" print adhesion type, which is typically a specific coated surface for reliable part adhesion.
Method used to secure prints to the bed.
In the battle of Print Adhesion Type,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Print Adhesion Type on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Print Success Rate
What is the print success rate?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
95
%
0Votes
UltiMaker S5
The printer boasts a high print success rate of 95%, minimizing failed prints and material waste.
Percentage of prints successfully completed.
Don’t keep it to yourself — be the first to react and review the
Print Success Rate on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Idle Noise Level
What is the idle noise level?
40
dB
0Votes
50
dB
0Votes
UltiMaker S5
The idle noise level is 50 dB, which is comparable to a quiet conversation or refrigerator hum.
Measures the noise when printer is on but not printing; lower is better.
In the battle of Idle Noise Level,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
, delivering
lower
10.0 dB
measurement.
Don’t keep it to yourself — be the first to react and review the
Idle Noise Level on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Operating Noise Level
What is the operating noise level?
55
dB
0Votes
50
dB
1Votes
Measures the sound generated during printing; lower is quieter.
In the battle of Operating Noise Level,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
, delivering
higher
5.0 dB
measurement.
Based on community votes for Operating Noise Level,
MakerBot Method X ◉ earned
0 votes,
less than
UltiMaker S5 ◉,
which got 1 votes.
The UltiMaker S5's lower operating noise level is a big plus for me, as I work in a shared space. A quieter printer makes a noticeable difference. So, I prefer the S5.
See more
Official Max Print Speed
What is the official max print speed?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
300
mm/s
0Votes
Manufacturer-claimed maximum print speed.
Don’t keep it to yourself — be the first to react and review the
Official Max Print Speed on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Time to Print Benchy
How long does it take to print a Benchy?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
90
minutes
0Votes
Average time to complete the benchmark “Benchy” model.
Don’t keep it to yourself — be the first to react and review the
Time to Print Benchy on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Bridging Performance
What is the bridging performance?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
25
mm
0Votes
Longest unsupported horizontal span printed without sagging.
Don’t keep it to yourself — be the first to react and review the
Bridging Performance on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Overhang Performance
What is the overhang performance?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
60
degrees
0Votes
Maximum angle of unsupported overhangs achievable.
Don’t keep it to yourself — be the first to react and review the
Overhang Performance on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Spaghetti/Fault Detection
Does it have spaghetti or fault detection?
Yes
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
Detects failed prints or filament tangles.
In the battle of Spaghetti/Fault Detection,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Spaghetti/Fault Detection on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Print Recovery
Does the printer support print recovery?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Ability to resume print after power loss or interruption.
In the battle of Print Recovery,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Print Recovery on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Print Quality Rating
What is the print quality rating?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Rated score for overall print quality (0–10).
Don’t keep it to yourself — be the first to react and review the
Print Quality Rating on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Yes, a filament runout sensor is included, which automatically pauses the print job when filament runs out, preventing failed prints.
Detects when filament runs out and pauses printing.
In the battle of Filament Runout Sensor,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Filament Runout Sensor on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
In the battle of Vibration Compensation,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Vibration Compensation on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Screen Size
What is the display screen size?
5
Inch
0Votes
4.7
Inch
0Votes
MakerBot Method X
The printer features a 5 Inch (12.7 cm) screen for user interaction and control.
UltiMaker S5
The printer features a 4.7-inch (11.94 cm) touchscreen display for intuitive control.
Size of the display screen.
In the battle of Screen Size,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
, delivering
higher
0.3 Inch
measurement.
Don’t keep it to yourself — be the first to react and review the
Screen Size on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Air Filtration
What type of air filtration is included?
0
MakerBot Method X
1Votes
HEPA, Carbon
0
UltiMaker S5
0Votes
None
UltiMaker S5
This printer does not include built-in air filtration, suggesting the need for external ventilation in some environments.
Air filtering system for reducing fumes and particulates.
In the battle of Air Filtration,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Based on community votes for Air Filtration,
MakerBot Method X ◉ earned
1 votes,
more than
UltiMaker S5 ◉,
which got 0 votes.
Having both HEPA and Carbon air filtration in the Method X is essential for my workshop's air quality and safety. The UltiMaker S5 having none is a deal-breaker for me. Method X wins hands down.
See more
Auto Bed Leveling
Does it support auto bed leveling?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
UltiMaker S5
Automatic bed leveling streamlines the setup process and helps ensure consistent print quality by precisely calibrating the print surface.
Automatic calibration of the print bed.
In the battle of Auto Bed Leveling,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Auto Bed Leveling on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Power Loss Recovery
Does it support power loss recovery?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
UltiMaker S5
Power loss recovery ensures that a print can resume from where it left off after an unexpected power outage, saving material and time.
Recovers print jobs after power interruptions.
In the battle of Power Loss Recovery,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Power Loss Recovery on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Cooling Fans
Does it have cooling fans?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
MakerBot Method X
Yes, the printer is equipped with cooling fans to help regulate the temperature of the printed part and internal components, crucial for consistent print quality.
Fans for cooling extruder and printed layers.
In the battle of Cooling Fans,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Cooling Fans on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Motion System
What is the motion system?
0
MakerBot Method X
0Votes
Linear Rails, Belts
0
UltiMaker S5
0Votes
Belts, Rods
MakerBot Method X
The printer utilizes a motion system composed of both Linear Rails for precision movement and Belts for driving axes.
Mechanical motion system guiding the print head.
In the battle of Motion System,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Motion System on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Frame Type
What is the frame type?
0
MakerBot Method X
0Votes
Cartesian
0
UltiMaker S5
0Votes
Cartesian
Mechanical structure style of the printer.
In the battle of Frame Type,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Frame Type on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Enclosure
Is the printer open or enclosed?
0
MakerBot Method X
0Votes
Closed
0
UltiMaker S5
0Votes
Closed
Whether the printer has an open or enclosed build chamber.
In the battle of Enclosure,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Enclosure on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Screen Resolution
What is the display resolution?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
0
UltiMaker S5
0Votes
800×480p
Resolution of the display screen.
Don’t keep it to yourself — be the first to react and review the
Screen Resolution on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Built-in Camera
Does it have a built-in camera?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Camera for monitoring prints and creating time-lapses.
In the battle of Built-in Camera,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Built-in Camera on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Lighting Inside Chamber
Does it have chamber lighting?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Chamber lighting to monitor prints in progress.
In the battle of Lighting Inside Chamber,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Lighting Inside Chamber on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Chamber Lighting Color Modes
What chamber lighting modes are available?
0
MakerBot Method X
0Votes
White
0
UltiMaker S5
0Votes
White
Options for chamber lighting colors.
In the battle of Chamber Lighting Color Modes,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Chamber Lighting Color Modes on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Build Plate Type
What type of build plate does it have?
0
MakerBot Method X
0Votes
Flex
0
UltiMaker S5
0Votes
Glass
Type of build surface material.
In the battle of Build Plate Type,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Build Plate Type on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Build Plate Surface Texture
What is the build plate texture?
0
MakerBot Method X
0Votes
Textured
0
UltiMaker S5
0Votes
Smooth
Surface finish of the build plate.
In the battle of Build Plate Surface Texture,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Build Plate Surface Texture on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Build Plate Removable
Is the build plate removable?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Whether the build plate can be detached for print removal.
In the battle of Build Plate Removable,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Build Plate Removable on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Manual Bed Leveling
Does it support manual bed leveling?
No
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
Support for traditional manual bed leveling.
In the battle of Manual Bed Leveling,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Manual Bed Leveling on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Toolhead Modularity
What modular toolheads are supported?
0
MakerBot Method X
0Votes
None
0
UltiMaker S5
0Votes
None
Whether the toolhead can be swapped for other functions.
In the battle of Toolhead Modularity,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Toolhead Modularity on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Ability to monitor prints remotely via app or web.
In the battle of Remote Monitoring,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Remote Monitoring on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Supported Slicers
Which slicers are supported?
0
MakerBot Method X
0Votes
Makerware
0
UltiMaker S5
0Votes
Simplify3D
MakerBot Method X
The printer primarily supports Makerware as its slicing software.
UltiMaker S5
The printer supports Simplify3D, a popular and powerful slicing software known for its advanced features.
Slicer programs that are compatible with the printer.
In the battle of Supported Slicers,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Supported Slicers on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Cloud-Based Software
Does it support cloud-based software?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
MakerBot Method X
Yes, the printer integrates with cloud-based software, enabling remote management, monitoring, and file storage.
Indicates whether the printer uses or supports cloud software.
In the battle of Cloud-Based Software,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Cloud-Based Software on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Supported File Formats
What file formats are supported?
0
MakerBot Method X
0Votes
STL, OBJ, 3MF, G-code
0
UltiMaker S5
0Votes
G-code
MakerBot Method X
The printer supports common 3D printing file formats such as STL, OBJ, 3MF, and G-code, ensuring broad compatibility with design software.
File types accepted for printing.
In the battle of Supported File Formats,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Supported File Formats on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Firmware Update
Does the printer support firmware updates?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
UltiMaker S5
Firmware updates are supported, allowing for continuous improvements in performance, features, and security.
Indicates whether the printer supports firmware updates; important for new features and bug fixes.
In the battle of Firmware Update,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Firmware Update on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Remote Firmware Update
Does it support remote firmware updates?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
UltiMaker S5
The firmware can be updated remotely, simplifying maintenance and ensuring the printer always has the latest features.
Supports updating firmware remotely.
In the battle of Remote Firmware Update,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Remote Firmware Update on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Connectivity Options
What connectivity options are available?
0
MakerBot Method X
0Votes
USB, LAN, Wi-Fi, Cloud
0
UltiMaker S5
0Votes
Cloud
Available connection types for file transfer and control.
In the battle of Connectivity Options,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Connectivity Options on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Proprietary Software Required
Is proprietary software required?
Yes
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
Whether use of manufacturer’s software is mandatory.
In the battle of Proprietary Software Required,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Proprietary Software Required on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
File Transfer Method
What file transfer methods are supported?
0
MakerBot Method X
0Votes
USB, Wi-Fi, LAN, Cloud
0
UltiMaker S5
0Votes
Cloud
Methods available to transfer files to the printer.
In the battle of File Transfer Method,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
File Transfer Method on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Mobile App
Does it support a mobile app?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Ability to use a mobile app for control/monitoring.
In the battle of Mobile App,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Mobile App on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
API/SDK Integration
Does it support API/SDK integration?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Allows developers to integrate with APIs or SDKs.
In the battle of API/SDK Integration,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
API/SDK Integration on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
In the battle of Multi-Printer Fleet Control,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Multi-Printer Fleet Control on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Time-Lapse Recording
Does it support time-lapse recording?
Yes
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
Ability to capture time-lapse videos of prints.
In the battle of Time-Lapse Recording,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Time-Lapse Recording on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Whether it uses a sealed resin cartridge system for easy handling.
In the battle of Resin Cartridge System,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Resin Cartridge System on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
UV Light Source Type
What UV light source type does it use?
0
MakerBot Method X
0Votes
None
0
UltiMaker S5
0Votes
None
UltiMaker S5
This printer does not use a UV light source, which is typical for FDM/FFF printer types.
Type of UV light source used to cure resin layers.
In the battle of UV Light Source Type,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
UV Light Source Type on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Resin Heating System
Does it have a resin heating system?
No
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
MakerBot Method X
No, this FDM/FFF printer does not have a resin heating system, as it is designed for filament-based printing.
Whether the printer can heat resin for optimal viscosity.
In the battle of Resin Heating System,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Resin Heating System on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Post-Processing Equipment Compatibility
Is it compatible with post-processing equipment?
No
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
UltiMaker S5
The printer is compatible with various post-processing equipment, which is useful for finishing prints after they've been created.
Whether the printer supports integration with wash/cure stations.
In the battle of Post-Processing Equipment Compatibility,
MakerBot Method X ◉ is
worse than
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Post-Processing Equipment Compatibility on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
UV Power Output
What is the UV power output?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Strength of UV light exposure affecting curing speed and accuracy.
Don’t keep it to yourself — be the first to react and review the
UV Power Output on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Resin Layer Curing Speed
What is the resin layer curing speed?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Time required to cure one resin layer.
Don’t keep it to yourself — be the first to react and review the
Resin Layer Curing Speed on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Resin Tank Lifetime
What is the resin tank lifetime?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Approximate number of prints before resin tank replacement.
Don’t keep it to yourself — be the first to react and review the
Resin Tank Lifetime on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Auto Resin Mixing
Does it have auto resin mixing?
No
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
Whether resin is automatically mixed during operation for consistency.
In the battle of Auto Resin Mixing,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Auto Resin Mixing on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Wash Time
What is the wash time?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Typical duration to wash prints in post-processing.
Don’t keep it to yourself — be the first to react and review the
Wash Time on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Cure Time
What is the cure time?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Typical duration to fully cure resin prints after washing.
Don’t keep it to yourself — be the first to react and review the
Cure Time on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
The printer holds FCC safety certification, ensuring it meets standards for electromagnetic interference.
Official safety standards the printer complies with.
In the battle of Safety Certifications,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Safety Certifications on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
The printer complies with air quality standards, contributing to a safer working environment.
Meets air quality standards for emissions and filtration.
In the battle of Air Quality Compliance,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Air Quality Compliance on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Emergency Stop Button
Does it have an emergency stop button?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
UltiMaker S5
The printer includes an emergency stop button, allowing for immediate shutdown in critical situations.
Dedicated button to stop the printer instantly in emergencies.
In the battle of Emergency Stop Button,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Emergency Stop Button on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Child Lock Mode
Does it have a child lock mode?
No
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
MakerBot Method X
No, a dedicated child lock mode is not available on this device.
A setting that prevents unauthorized or unsafe use by children.
In the battle of Child Lock Mode,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Child Lock Mode on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Enclosure Lock
Does it have an enclosure lock?
Yes
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
Prevents accidental access to the chamber while printing.
In the battle of Enclosure Lock,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Enclosure Lock on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Fireproof Build Plate
Does it have a fireproof build plate?
No
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
Build plate is resistant to fire for extra safety.
In the battle of Fireproof Build Plate,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Fireproof Build Plate on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Overheat Protection
Does it feature overheat protection?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Shuts down printer when components exceed safe temps.
In the battle of Overheat Protection,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Overheat Protection on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Auto Shutdown on Error
Does it auto shut down on errors?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Shuts printer down automatically when critical errors occur.
In the battle of Auto Shutdown on Error,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Auto Shutdown on Error on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Resin Spill Protection
Does it have resin spill protection?
No
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
Prevents or contains resin leaks in resin printers.
In the battle of Resin Spill Protection,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Resin Spill Protection on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Safety Sensors Count
How many safety sensors are included?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
Number of safety sensors installed in the printer.
Don’t keep it to yourself — be the first to react and review the
Safety Sensors Count on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Predicts potential failures and alerts the user before issues arise.
In the battle of Predictive Maintenance Alerts,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Predictive Maintenance Alerts on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Nozzle Replaceable
Is the nozzle replaceable?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
MakerBot Method X
Yes, the nozzle can be replaced, allowing for maintenance or switching to different nozzle sizes for various applications.
Specifies if the nozzle can be replaced with different sizes or when worn.
In the battle of Nozzle Replaceable,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Nozzle Replaceable on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Spare Parts Availability
Are spare parts available?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
UltiMaker S5
Spare parts are readily available, ensuring that repairs and replacements can be made efficiently to minimize downtime.
Whether spare parts are readily available for purchase.
In the battle of Spare Parts Availability,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Spare Parts Availability on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Upgrade Options
What upgrade options are supported?
0
MakerBot Method X
0Votes
None
0
UltiMaker S5
0Votes
Multi-Material, Enclosure, Camera
MakerBot Method X
This indicates that the MakerBot Method X 3D printer does not support any upgrade options such as Multi-Material, Laser, CNC, Enclosure, AMS, or Camera modules.
Supported upgrade kits and modules for expanding functionality.
In the battle of Upgrade Options,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Upgrade Options on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Supported Mod Kits
What mod kits are supported?
0
MakerBot Method X
0Votes
None
0
UltiMaker S5
0Votes
Enclosure, Multi-Material
UltiMaker S5
The printer supports Enclosure and Multi-Material mod kits, allowing for customization and expanded capabilities.
Officially supported modification kits.
In the battle of Supported Mod Kits,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Supported Mod Kits on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Self-Diagnostics
Does it have self-diagnostics?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
MakerBot Method X
Yes, the printer includes self-diagnostic capabilities to identify and report potential hardware or software issues.
Printer can analyze itself for common faults and errors.
In the battle of Self-Diagnostics,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Self-Diagnostics on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Maintenance Reminders
Does it provide maintenance reminders?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
UltiMaker S5
The printer provides maintenance reminders, helping users keep the machine in optimal condition and prolong its lifespan.
Automated alerts to schedule maintenance tasks.
In the battle of Maintenance Reminders,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Maintenance Reminders on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Tool-Free Maintenance
Is tool-free maintenance supported?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
UltiMaker S5
This printer is designed for tool-free maintenance, making routine upkeep and part replacement quick and easy.
Allows key maintenance tasks without tools.
In the battle of Tool-Free Maintenance,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Tool-Free Maintenance on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Lubrication Required
Does it require lubrication?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
MakerBot Method X
Yes, regular lubrication of moving parts is required to maintain optimal performance and prolong the lifespan of the printer.
Indicates if lubrication is needed for smooth operation.
In the battle of Lubrication Required,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Lubrication Required on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Service Interval
What is the service interval?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
500
hours
0Votes
Recommended time between major servicing.
Don’t keep it to yourself — be the first to react and review the
Service Interval on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Option for service-level agreements and premium support contracts.
In the battle of SLA & Support Contracts,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
SLA & Support Contracts on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Estimates printing costs (material, power, time) before job start.
In the battle of Predictive Cost Estimation,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Predictive Cost Estimation on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Remote Access Control
Does it support remote access control?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
UltiMaker S5
Remote access control allows users to manage and monitor the printer from a different location, providing flexibility and convenience.
Ability to control printer access remotely with permissions.
In the battle of Remote Access Control,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Remote Access Control on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Licensing Options
Are licensing options available?
Yes
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
MakerBot Method X
Yes, the printer supports various licensing options, which may include software licenses or specific material certifications.
Availability of enterprise licensing for organizations.
In the battle of Licensing Options,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Licensing Options on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Usage Analytics Dashboard
Does it include a usage analytics dashboard?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
UltiMaker S5
A usage analytics dashboard is available, providing insights into printer performance, material consumption, and operational efficiency.
Provides usage statistics and analytics for tracking productivity and costs.
In the battle of Usage Analytics Dashboard,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Usage Analytics Dashboard on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Print Farm Management
Does it support print farm management?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Indicates if multiple printers can be networked and managed as a farm.
In the battle of Print Farm Management,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Print Farm Management on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Cloud Fleet Management
Does it support cloud fleet management?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Ability to manage multiple devices remotely via cloud software.
In the battle of Cloud Fleet Management,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Cloud Fleet Management on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Enterprise Security Features
Does it have enterprise security features?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Advanced security measures like encryption, secure login, and permissions.
In the battle of Enterprise Security Features,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Enterprise Security Features on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Enterprise Monitoring & Sensors
10
Vibration Sensor
Does it include a vibration sensor?
Yes
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
MakerBot Method X
Yes, a vibration sensor is integrated to detect and potentially compensate for vibrations, which can impact print quality.
Detects vibrations and compensates for print accuracy.
In the battle of Vibration Sensor,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Vibration Sensor on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Remote Error Alerts
Does it provide remote error alerts?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
MakerBot Method X
Yes, the printer can send remote error alerts, notifying users of issues even when they are not physically present.
Sends error notifications to remote devices.
In the battle of Remote Error Alerts,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Remote Error Alerts on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Bed Temperature Sensors
Does it have bed temperature sensors?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
MakerBot Method X
Yes, the build plate is equipped with temperature sensors to ensure accurate and consistent heating across the print surface.
Detects and regulates the build plate temperature.
In the battle of Bed Temperature Sensors,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Bed Temperature Sensors on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Filament Jam Detection
Does it support filament jam detection?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
UltiMaker S5
The printer features filament jam detection, automatically pausing prints and alerting the user if an issue occurs, preventing print failures.
Detects blockages or jams in the filament path.
In the battle of Filament Jam Detection,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Filament Jam Detection on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Extruder Pressure Sensor
Does it have an extruder pressure sensor?
No
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
MakerBot Method X
No, an extruder pressure sensor is not present in this model. These sensors can help optimize material flow and prevent clogs.
Monitors extrusion pressure to prevent under- or over-extrusion.
In the battle of Extruder Pressure Sensor,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Extruder Pressure Sensor on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Print Log Storage
Does it have print log storage?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Records print job history and diagnostic data.
In the battle of Print Log Storage,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Print Log Storage on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Predictive Failure Logs
Does it support predictive failure logs?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Tracks and predicts potential failures before they occur.
In the battle of Predictive Failure Logs,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Predictive Failure Logs on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Calibration History Log
Does it have a calibration history log?
Yes
0Votes
MakerBot Method X
Yes
0Votes
UltiMaker S5
Stores history of calibration for quality control.
In the battle of Calibration History Log,
MakerBot Method X ◉ is
same as
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Calibration History Log on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Sensor Count
How many sensors are included?
Who knows?
0Votes
MakerBot Method X
(Help us out by suggesting one!)
Who knows?
0Votes
UltiMaker S5
(Help us out by suggesting one!)
total number of sensors installed in the printer.
Don’t keep it to yourself — be the first to react and review the
Sensor Count on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Chamber Temperature Sensors
Does it have chamber temperature sensors?
Yes
0Votes
MakerBot Method X
No
0Votes
UltiMaker S5
Tracks and maintains chamber temperature for consistent prints.
In the battle of Chamber Temperature Sensors,
MakerBot Method X ◉ is
better than
UltiMaker S5 ◉
.
Don’t keep it to yourself — be the first to react and review the
Chamber Temperature Sensors on MakerBot Method X ◉
vs UltiMaker S5 ◉ and help others decide!
Surveys
Because hot takes deserve votes.
Printing Speed
How would you rate the printing speed of this 3D printer?
Lightning fast — Under 2 hours
0Votes
0Votes
Very fast — 2 to 5 hours
0Votes
0Votes
Fast — 5 to 10 hours
0Votes
0Votes
Moderate speed — 10 to 20 hours
0Votes
0Votes
Very slow — Over 20 hours
0Votes
0Votes
Print Quality and Detail
How would you describe the print quality and level of detail produced by this 3D printer?
Ultra fine detail — Layer height below 0.05 mm
0Votes
0Votes
Fine detail — Layer height 0.05 to 0.1 mm
0Votes
0Votes
Good detail — Layer height 0.1 to 0.2 mm
0Votes
0Votes
Decent detail — Layer height 0.2 to 0.3 mm
0Votes
0Votes
Rough and basic — Layer height above 0.3 mm
0Votes
0Votes
Build Volume Capacity
How do you find the build volume capacity of this 3D printer?
Extra large projects — Over 400 mm each side
0Votes
0Votes
Large projects — 300 to 400 mm each side
0Votes
0Votes
Medium projects — 200 to 300 mm each side
0Votes
0Votes
Small projects — 150 to 200 mm each side
0Votes
0Votes
Tiny prints only — Under 150 x 150 x 150 mm
0Votes
0Votes
Material Consumption Efficiency
How efficient is this 3D printer in using filament or resin materials?
Very efficient — Under 50 grams per model
0Votes
0Votes
Efficient — 50 to 70 grams per model
0Votes
0Votes
Decent efficiency — 70 to 100 grams per model
0Votes
0Votes
Average efficiency — 100 to 150 grams per model
0Votes
0Votes
Wasteful — Over 150 grams per model
0Votes
0Votes
Noise Level
How noisy is this 3D printer during operation?
Whisper quiet
0Votes
0Votes
Quiet most of the time
0Votes
0Votes
Manageable with background noise
0Votes
0Votes
Noticeable but tolerable
0Votes
0Votes
Loud and distracting
0Votes
0Votes
Durability and Lifespan
How durable does this 3D printer seem in terms of lifespan?
Very durable — Over 5 years
0Votes
0Votes
Long lasting — 3 to 5 years
0Votes
0Votes
Decent lifespan — 2 to 3 years
0Votes
0Votes
Short lifespan — 1 to 2 years
0Votes
0Votes
Breaks down quickly — Under 1 year
0Votes
0Votes
Performance
How would you rate the overall performance of this 3D printer in terms of print quality and reliability?
Excellent — Consistently produces high-quality prints with no issues
0Votes
0Votes
Good — Produces quality prints with minor inconsistencies
0Votes
0Votes
Average — Prints are acceptable with occasional issues
0Votes
0Votes
Below average — Frequent print failures or inconsistencies
0Votes
0Votes
Poor — Often fails to produce quality prints
0Votes
0Votes
Ease of Setup
How easy was the setup process for this 3D printer?
Very easy — The printer was simple to set up with clear instructions and minimal effort
0Votes
0Votes
Easy — Setup was straightforward, with only a few minor adjustments needed
0Votes
0Votes
Average — Setup was manageable but took time and required some troubleshooting
0Votes
0Votes
Challenging — Setup was difficult and required assistance from support or additional resources
0Votes
0Votes
Very difficult — Setup was complicated, with unclear instructions and many issues during the process
0Votes
0Votes
Pricing
How would you rate the pricing for this 3D printer?
Great value for money — Offers excellent features and performance at an affordable price
0Votes
0Votes
Pretty good price — Decent pricing for the features, a reasonable value
0Votes
0Votes
Fair deal — The price is acceptable but might be slightly high for the features offered
0Votes
0Votes
Kinda pricey — The price feels a bit high compared to similar models
0Votes
0Votes
Crazy expensive — The price is significantly higher than other options with similar features
0Votes
0Votes
Design Appeal
How would you rate the design appeal of this 3D printer?
Excellent — Sleek, modern design that looks great in any workspace
0Votes
0Votes
Good — Attractive and functional design that fits well in most environments
0Votes
0Votes
Average — Standard design with no particular standout features
0Votes
0Votes
Fair — Design feels bulky or outdated, but still serves its purpose
0Votes
0Votes
Poor — Unattractive design, clunky and may be an eyesore in most spaces
Recaptor
0
Cartling
