Best 3D Printers for 2024: The Only Guide You Need
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Disclosure: This post may contain affiliate links. We may receive compensation when you purchase via my links at no cost to you. See our disclosure for more information.
We’ve tested hundreds of the most popular 3D printers. We rank every printer based on print quality, ease of use, customer support, filament compatibility, and value for money.
Our goal is to provide a clear roadmap to help you navigate the diverse landscape of 3D printers. You don’t need to spend thousands of dollars to get excellent print quality.
You won’t go wrong choosing any of the printers on this list. In my personal experience, the Bambu Lab P1S is the best for its ease of use, outstanding print quality, extensive community, incredible support, consistency, and reliability.
The Bambu Lab P1S 3D printer is an innovative machine that stands out in the market for its remarkable features and capabilities. It serves as a bridge between the affordable P1P and the higher-end X1 series, offering a full enclosure and an auxiliary part-cooling fan.
One of the key benefits of the P1S is its ability to support up to 16 simultaneous colors, significantly expanding the material choices and creative possibilities for users. This feature, known as the Automatic Material System (AMS), is a major advancement for those with diverse printing needs. The fully enclosed design of the P1S, with glass material for the top cover and front door, and molded injection parts for the side and rear panels, not only enhances its aesthetic appeal but also improves the printing quality of high-performance materials like ABS and ASA engineering plastics. This enclosed structure also helps in keeping the noise generated during high-speed printing contained, providing a quieter printing environment.
In terms of hardware, the P1S includes several upgrades, such as the auxiliary component cooling fan and enclosure-adjusting fan for better temperature control. An activated carbon air filter is also installed to reduce odors and harmful gases produced during printing, emphasizing user health and comfort. The P1S also features an upgraded PEI texture panel with increased stainless steel plate thickness, which aids in stronger adhesion and reduces the risk of model warping during large-scale printing.
The Bambu Slicer software is another highlight, offering a wide range of settings and filament management options. Its user-friendly interface facilitates easy model loading and switching between different printers. Calibration settings for flow dynamics and flow rates in the software contribute to improved print accuracy and ease of use.
However, the P1S does have its drawbacks. The enhanced operational noise and the waste produced by the AMS system, especially during multi-material printing, are notable disadvantages. The AMS system’s waste output can be somewhat high, though it’s compensated by the superior print quality and the ability to produce multi-colored prints.
The printer’s performance has been highly rated in print tests, demonstrating its capability to produce high-quality prints consistently. The P1S is particularly efficient with complex models, as seen in tests with detailed masks and sculptures, although the numerous color changes in multi-material prints can significantly extend the print time.
Overall, the Bambu Lab P1S represents a significant upgrade over the P1P, solidifying Bambu Lab’s position in the high-speed 3D printer market. It offers a powerful, stable, and user-friendly option for both aspiring 3D printing enthusiasts and experienced professionals. For those who already own the P1P, Bambu Lab provides an official upgrade package to the P1S, allowing users to enjoy the new features without purchasing a new machine.
The Creality K1 3D printer is a user-friendly machine that stands out for its high-speed printing capabilities and ease of use, making it a suitable choice for both beginners and enthusiasts.
One of the key features of the K1 is its fully assembled delivery, making the setup process incredibly straightforward. Users only need to attach the touchscreen, rubber feet, and remove some securing screws, with the entire setup taking about 40 minutes. The printer also runs through automated calibration tests to ensure operational readiness. This user-friendliness extends to its touch-screen UI and the proprietary Creality Print slicer, which is easy to navigate and comes with robust bed leveling protocols and material profiles ready for immediate use.
The K1 is also equipped with a 32mm³/s Max Flow Hotend & Dual-gear Direct Extruder, featuring a ceramic heater that heats up to 200 Celsius in just 40 seconds. This technology allows for efficient printing without clogs or jams and is capable of handling high temperatures, which enhances the printer’s performance and reduces maintenance downtime. The dual fans for model cooling further ensure perfect temperature control, preventing warping or distortion of prints.
In terms of printing capabilities, the K1 delivers impressive results. It offers a 600mm/s speed for 3D printing, and benchmark tests show it can maintain high levels of precision and repeatability. The average deviation in dimensions is notably low, indicating the printer’s accuracy. Additionally, the K1’s performance remains consistent across various test models, including detailed figures and calibration models, though some faint ringing was noticed on sharper edges of prints.
Another remarkable aspect of the K1 is its hands-free auto-leveling feature and the flexible, quick-heating build plate, enhancing the overall ease of use. The Creality OS, along with hardware features like a dual-core 1.2GHz CPU and 8G ROM, ensure smooth operation and storage for up to 400 model files. Moreover, the printer supports Wi-Fi connectivity, allowing for remote control and monitoring via Creality Print or Creality Cloud apps.
However, the Creality K1 has a build volume of 220220250mm, which may be limiting for those looking for a larger-size printer. But for users who prioritize ease of use, speed, and precision in a compact form, the K1 is a strong contender in its class.
The Creality Ender 3 V3 SE is an impressive 3D printer that stands out for its user-friendliness and high-speed capabilities, making it an attractive option for both beginners and experienced users. Its assembly is straightforward, with the base designed to securely hold the Z-axis gantry, and only a few wire connections are needed for the extruder and motors. A notable aspect of the assembly process is the need to check and possibly tighten the bolts under the print bed, as this could affect print quality.
The printer features a non-touch LCD screen interface that is clean, intuitive, and fast, although it lacks a dedicated back button for easier navigation through menus. The setup process is simple: power up the printer, select a language, and run the level process from the home menu for Z-offset and auto-bed leveling.
In terms of hardware, the Ender 3 V3 SE boasts a direct-drive Sprite extruder, which is faster and more reliable than Bowden extruders. This design also eliminates the need for Bowden tube couplers, a common failure point in other models. The printer maintains a compact body style typical of the Ender series but adds an enclosure to the base for a cleaner appearance and reduced space requirements. The chassis incorporates plastic, which might be less durable than metal but does not compromise the printer’s functionality.
The Ender 3 V3 SE delivers remarkable print quality even at high speeds. Tests with the classic Benchy model at various speeds (60mm/s, 120mm/s, 180mm/s, and 250mm/s) showed that the printer keeps up well with these speeds, maintaining good quality prints. At 180mm/s, which is the recommended typical printing speed, there is a slight quality loss, but it remains acceptable. The biggest issue noted at all speeds was the Z seam visibility, which becomes more prominent as the speed increases. The printer’s dimensional accuracy is also commendable, with a calibration cube test showing only around 0.1mm difference between the X and Y axis.
The Ender 3 V3 SE’s firmware supports high acceleration speeds, allowing for much faster printing. It includes linear rods for the Y-axis movement, improving stability and print quality at these high speeds. Although Creality advertises a capability of up to 250 mm/s, practical tests show that while the printer can handle these speeds, the quality is optimal at slightly lower speeds.
In conclusion, the Creality Ender 3 V3 SE is a strong contender in the realm of 3D printers, offering an excellent balance of speed, quality, and user-friendliness at an affordable price point. Its design improvements, direct-drive extrusion system, and impressive speed capabilities make it a great choice for both newcomers and seasoned 3D printing enthusiasts.
The Elegoo Neptune 3 is a mid-sized FDM 3D printer that offers a blend of quality features at a budget-friendly price, making it an appealing choice for both hobbyists and professionals looking for an affordable option. This printer stands out for its flexible removable print sheet, an automatic leveling system, and a removable touchscreen, enhancing its user-friendliness and accessibility.
One of the key advantages of the Neptune 3 is its ability to deliver quality prints. Its print quality is comparable to some of the best 3D printers in the market, making it a solid option for users who prioritize output quality without breaking the bank. The build volume of 220 x 220 x 280 mm is decent, offering sufficient space for a variety of projects. Additionally, the printer is compatible with popular printing materials like PLA and ABS.
The Neptune 3 comes mostly pre-assembled, which is a significant benefit for users who may not be keen on spending a lot of time on assembly. This feature makes the printer more accessible to beginners or those who prefer a more straightforward setup process.
However, there are some drawbacks to consider. Users may encounter issues with the X gantry alignment or bed adhesion, which can require troubleshooting. These issues, while not insurmountable, may present a learning curve or require additional attention, especially for less experienced users.
Another notable feature of the Neptune 3 is its compatibility with various slicing software like Elegoo Cura and ideaMaker. This compatibility allows users to leverage the unique features of these programs, like custom texture application and support for complex models. However, users should note that some features like the “Pause at Height” or “Filament Change” scripts in Elegoo Cura may not work as expected, which can be a limitation for certain projects.
In summary, the Elegoo Neptune 3 offers a balance of quality, ease of use, and affordability. Its strengths lie in its print quality, ease of assembly, and user-friendly features like the removable touchscreen and automatic leveling. On the downside, potential issues with gantry alignment and bed adhesion, as well as limitations in software compatibility, are factors to consider before making a purchase decision.
The Elegoo Neptune 4 Max is a significant player in the 3D printing market, recognized for its large build volume of 420 x 420 x 480mm, which is a primary attraction for those interested in large-scale prints, such as life-size busts, cosplay parts, and larger decorative items. The printer’s design maintains the sleek appearance characteristic of Elegoo’s Neptune series, and it includes support bars for added stability and dual Z steppers with a timing belt.
A notable feature of the Neptune 4 Max is its textured PEI build plate, known for providing optimal adhesion for various filaments, including PLA, PETG, ABS, TPU, and nylon. However, the absence of an edge around the build plate can make it tricky to align it precisely when reattaching. Despite this, the magnetic, flexible nature of the bed makes removing prints fairly straightforward. The printer also includes an inductive sensor for auto bed leveling, creating a 121-point mesh, although initial manual leveling is necessary.
Calibration is an essential aspect of setting up the Neptune 4 Max, and it involves several steps such as PID Tuning for temperature sensors, manual bed leveling, E-Steps calibration for extrusion rate, and adjustments for pressure advance and input shaping. These steps, while somewhat detailed, are crucial for achieving optimal print quality.
The printer’s dual-gear direct drive extruder is a significant advantage, especially for handling a variety of filaments, including flexible types. However, the use of a non-standard nozzle size might limit compatibility with aftermarket nozzles, particularly if hardened nozzles are required for abrasive materials.
One of the challenges noted is the noise level, particularly from the fan bar on the X-axis, which might be a consideration for users sensitive to sound. In terms of connectivity, the Neptune 4 Max offers WiFi, ethernet, and USB options, and it operates on Klipper firmware, which differs from the Merlin system used in the Neptune 3 series.
Despite its impressive features, the Neptune 4 Max does have some drawbacks. The printer’s size, while beneficial for large prints, means it’s not suitable for small spaces. The large print bed also takes a while to heat up due to its size. Users have reported firmware issues causing problems like grinding noises during homing, though firmware updates have been released to address this.
In summary, the Elegoo Neptune 4 Max stands out for its large print volume, flexible and magnetic print bed, and the capability to handle a wide range of filaments. Its advanced features like input shaping and dual-gear extruder enhance its performance, but the printer’s size, noise level, and initial setup complexity might be considerations for potential users.
The Elegoo Mars 4, part of the popular Elegoo Mars series of resin printers, comes in several models including the Max 6k, the DLP, and the 9k/Ultra 9k. The Ultra 9k model is of particular interest as it represents a significant progression from its predecessor, the Mars 3 Pro. This model boasts a substantial improvement in XY resolution, dropping from 35 microns in the Mars 3 to 18 microns in the Mars 4 9k, allowing it to print details approximately half the size of its predecessor. Despite this advancement in resolution, it does lose 10mm of build height, and the build plate has been slightly reshaped, which might impact those who regularly print tall objects.
The Elegoo Mars 4 DLP, another variant in the series, is geared towards beginners and stands out for its ease of installation and user-friendly operation. Almost everything comes pre-assembled, requiring minimal setup. However, users need to be cautious when handling resin, which is toxic to humans and the environment. It’s recommended to use gloves, masks, and potentially an air purifier, which is included in the package, to handle the resin safely. The printer’s build plate may pose some challenges, as models can be difficult to detach, leading to potential splashes of resin.
The Mars 4 DLP is equipped with the Voxeldance Tango software, an alternative to Chitubox, though it requires the purchase of a serial number. This software offers various functionalities like model fixing, hollowing, and support addition, but can be resource-intensive for complex models. In terms of printing performance, the Mars 4 DLP delivers high-quality prints with some minor imperfections. The printer handles intricate patterns well, though the anti-aliasing effect might result in a slightly softer print compared to some competitors.
Overall, the Elegoo Mars 4 series, particularly the Ultra 9k and DLP models, offers significant improvements in terms of resolution and user experience, making it a compelling choice for both beginners and experienced users. However, the handling of toxic resin, potential issues with model detachment, and the need for careful management of the printing environment are points to consider before purchasing.
The Anycubic Photon Mono M5s stands out in the 3D printing market, particularly for its combination of speed, detail, and user-friendly features. This resin-based printer is known for its exceptional detail and accuracy, attributed to its 10.1-inch 12K monochrome LCD screen, offering a resolution of 11520*5120 and an X accuracy of 19 microns. This high resolution makes it suitable for applications requiring fine detail, like model making, prototyping, jewelry making, and certain dental applications.
One of the key advantages of the Photon Mono M5s is its 3X faster printing speed compared to traditional 3D printers, with an average speed of 105mm/h. This efficiency is further enhanced by the high-speed release film, which reduces release force and increases printing speed while maintaining a high success rate. Users particularly appreciate the leveling-free design, which eliminates the need for manual leveling, reducing setup time and the risk of leveling failures.
The printer also includes intelligent features to enhance its efficiency and ease of use. It performs an auto device check and resin detection before printing, ensuring optimal operation status for various components like the exposure screen, motor, and resin levels. This preemptive approach helps in starting the printing process smoothly and improving overall efficiency. Additionally, the print status detection feature reports and analyzes common printing failures, providing insights for improving future prints.
Moreover, the upgraded Anycubic Photon Workshop 3.1 slicer software is a significant plus. It offers an improved user interface and generates support material faster than previous versions. This slicer allows for easy model processing, even when using advanced features. The support algorithm in the slicer minimizes model surface damage and enhances print stability and success rates.
However, there are some drawbacks to consider. The limited printing size might be a constraint for those needing larger prints. Also, being a resin-based printer, it requires specific printing materials, which might not suit all users. Despite these limitations, the Photon Mono M5s is a compelling choice for hobbyists, artists, designers, and engineers who prioritize detail, speed, and reliability in their 3D printing projects.
In conclusion, the Anycubic Photon Mono M5s is a versatile and efficient 3D printer, well-suited for a variety of applications that require high detail and accuracy. Its combination of speed, intelligent features, and user-friendly design make it a strong contender in the resin 3D printer market.
The Anycubic Photon M3 Max is a large resin 3D printer that stands out in the market for its affordability and impressive build volume, making it an appealing option for those looking to enter large-format resin 3D printing. However, it does come with certain limitations and quirks that are important to consider.
One of the key features of the M3 Max is its 7K screen, which offers high resolution for detailed printing. The M3 Max performs exceptionally well in printing intricate details, even for complex models like miniatures and sculptures. The large build volume is particularly advantageous as it allows printing of larger models or multiple smaller models in one go, which would otherwise require multiple print jobs on smaller printers.
However, there are some drawbacks. The printer’s light source, the LighTurbo matrix, offers a maximum light intensity of 23.905 lux, which is almost half of what is offered in the M3 Plus. This affects exposure times, which are slightly longer but still within reasonable limits. The printer’s menu navigation is touchscreen-based and user-friendly, but it lacks the option to adjust UV intensity, a feature present in some of its counterparts. Additionally, the Photon M3 Max uses Anycubic’s in-house slicer, the Photon Workshop, which has improved over time but may not offer as many settings as other slicers like Lychee Slicer Pro.
The build speed of the M3 Max is noted to be slower compared to other resin printers. This is partly due to the larger build volume which requires the machine to manage higher suction forces, potentially leading to issues with delicate parts or detachment from the build plate. To counteract this, Anycubic employs slower build plate lifting speeds and thicker supports, but this results in longer print times and increased resin consumption.
The M3 Max also includes a frosted FEP sheet in its vat, which seems to work better compared to traditional smooth FEP sheets, as it reduces resin adhesion issues. Additionally, the printer features an automatic resin feeding system, which is beneficial for large prints but does not include heating capabilities for the resin.
The Bambu Lab A1 Mini 3D printer is gaining recognition for its innovative features and compact design, making it an attractive option in the 3D printing market, especially for those new to the field or with limited space.
In terms of its design, the A1 Mini is compact, facilitating easy placement and transport, and features a color touchscreen for ease of use. Its construction includes a moving bed and a print head that offers X-axis and vertical movement. The printer also has a built-in camera and light, which are useful for monitoring prints remotely and capturing timelapse videos. Its build volume is modest, measuring 7.25 x 7.25 x 7.25 inches, and it comes with a textured PEI build plate that eases print removal and leaves a fine finish on the printed objects.
Setting up the A1 Mini is straightforward, requiring minimal assembly, and it’s ready to use in about 20 minutes. Its interface is user-friendly, with a touchscreen that provides helpful instructions and messages. This printer is designed for ease of use, with features like auto bed leveling, resonance compensation, and real-time flow tuning, which help prevent common printing issues like clogs and jams.
An interesting aspect of the A1 Mini is its capacity for multicolor printing, enhanced by the optional AMS Lite upgrade. This system makes multicolor printing more accessible and efficient, handling different spool sizes and types. It speeds up filament changes, reducing the time for multicolor prints.
The A1 Mini is particularly suitable for educational environments due to its simplicity and safety features. It’s also a good choice for professionals who need a compact, secondary printer for quick prototyping. The printer is competitively priced, offering a good balance of speed, compactness, and user-friendly features.
Users generally report a positive experience with the A1 Mini, emphasizing its simplicity, reliability, and the quality of its prints. It’s seen as an intuitive printer that allows users to focus more on their creations than on the printing process itself.
Overall, the Bambu Lab A1 Mini is notable for its ease of use, innovative multicolor printing capability, compact design, and suitability for a range of users, from beginners to professionals. Its features and performance make it a compelling choice for those new to 3D printing or seeking a dependable, space-efficient printer.
The Bambu Lab X1 Carbon is a feature-packed 3D printer that stands out for its innovative design and functionality. One of its most notable features is the Automatic Material System (AMS), which automates filament changes and allows for multi-color and multi-material printing. This system is particularly user-friendly, supporting up to 16 materials through connected AMS units. The printer also includes a range of high-quality filaments developed by Bambu Lab, such as PAHTCF and PLACF, offering better mechanical performance and smoother surface finishes.
In terms of hardware, the X1 Carbon boasts a cutting mechanism attached to the print head, preventing blockages during filament changes, and a heated bed that ensures even heating and easy material handling. Its build volume of 256x256x256mm is notable given the compact overall size of the printer (389x389x457mm). The heated bed uses a flexible steel plate with a double-sided magnetic flex surface, catering to various filament types. The machine’s maximum hot end temperature is 300°C, and it supports a range of nozzle diameters.
From a software perspective, the X1 Carbon runs on proprietary firmware developed by Bambu Lab, designed to work seamlessly with the hardware. This firmware utilizes over 40 sensors within the printer to automate operations, reducing the need for user adjustments. The slicing software is based on a customized version of SuperSlicer, offering high compatibility and preset parameters for Bambu Lab machines.
Print quality on the X1 Carbon is commendable, with input shaping and flow calibration contributing to impressive results. The printer is capable of remarkable printing speeds, completing benchmarks like the benchy in under 20 minutes, a significant improvement over previous generations. Its precision in detail resolution, dimensional accuracy, and z-layer alignment is also noteworthy.
However, the X1 Carbon does have some drawbacks. The AMS system, while innovative, can be slow when printing in multiple colors due to the necessary purging process. There’s also some waste generated during color changes. The machine is expensive, with a price point around $1,500 when including the AMS. Moreover, the printer is closed-source, which might be a concern for supporters of open-source initiatives.
Overall, the Bambu Lab X1 Carbon is a high-quality, fast, and reliable 3D printer, suitable for users looking for advanced features like automated filament changes and multi-material printing. Its compact design, cutting-edge technology, and high-speed printing capabilities make it a notable contender in the market, albeit with a higher price tag.
When selecting our list of the best 3D printers, we rely on our personal experience, expert articles, community feedback, and customer reviews.
Our list is geared toward hobbyist and small business applications. Most of the printers on the list are below $1,000.
Good print quality is a must. But your printer should be able to produce high-quality prints with minimal calibration and maintenance.
The printer should produce prints with layer heights of 0.1mm or less and smooth-looking models with barely visible layer lines. For consistent printing, the best 3D printers should be able to output high-quality prints without needing to calibrate the printer between prints.
Although we recommend regularly calibrating your 3D printer, you should be able to produce a dozen prints without any loss in quality.
Even a complete beginner should be able to assemble the printer, load the filament, start a print, and remove the object from the print bed. It should be simple to level the bed, and a built-in auto bed leveling system is a bonus.
The software should be intuitive and easy to use. The 3D printer should come preloaded with all the necessary software for printing, and compatibility with Ultimaker’s Cura slicing software is a plus.
Printers should provide easy-to-use tools for calibration and tuning, with advanced features for more experienced makers. The software should be easy enough for a beginner to navigate the interface without any instruction.
Choosing between filament and resin printers is a personal decision. You should consider the types of objects you will be making and your expectations for printing.
Filament printers are cheaper and come with larger build volumes. FDM printers are easy to use and beginner friendly. You can’t achieve the same level of detail compared to a resin printer, but all the printers on this list produce high-quality prints.
Filament printers are best for printing large objects, beginners, and those on a budget.
Resin printers have unmatched detail and precision. They produce incredibly detailed prints and are easy to set up and use. Resin printers require post-processing to remove excess resin and cure the finished prints. Most resin 3D printers have small build volumes, but you can purchase a printer with a larger build volume at a high cost.
Resin printers are best for printing smaller, complex objects. The post-processing requires additional work and safety precautions which may not be suitable for beginners.
Before purchasing a 3D printer, you must understand the size of the models you’ll be printing. 3D printers come in a range of build volumes, and it’s essential to buy a printer with a big enough build size for your needs.
The standard sizes for FDM printers have a large enough build volume for most people. Advanced users can split larger parts into several smaller pieces to print on a smaller machine.
In all, the build volume isn’t a significant concern for most people. But you’ll want to pay close attention if you’re looking on the entry-level side. Many entry-level printers sacrifice build volume to keep costs low.
Some 3D printer manufacturers have built-in systems that require users to purchase filaments directly from the manufacturer.
The proprietary filament is generally more expensive and comes with higher shipping fees and delivery times. If the manufacturer goes out of business, you can say goodbye to your 3D printer, as you won’t be able to use it with 3rd party filament brands.
It’s always a good idea to check that your printer is compatible with several filament brands. The printers on the above list can print with most major filament brands.
Enclosed printers are a nice-to-have feature. They won’t make or break the printer’s performance, but they help reduce the number of print imperfections.
Enclosures help to keep a consistent temperature which helps reduce warping, bubbling, stringing, and other surface defects.
Some filament types, such as ABS, require an enclosure because it is prone to shrinking.
A built-in enclosure isn’t essential. And if you require one in the future, you can purchase or build a DIY printing enclosure.
It’s not enough for a printer to produce excellent-quality prints. It must be price efficient. In other words, does the performance live up to the cost of the printer? Or did you spend a lot of money for so-so prints?
Several printers produce incredible-quality prints. But at unreasonable price tags, we can’t justify their inclusion in this list.
Dario is a mechanical engineer with over a decade of experience working with 3D Print Mentor. Dario strives to provide accurate and actionable education and advice for beginners and advanced makers.
Throughout his 3D printing journey, he has tested several dozen filaments and 29 3D printers. He has a background in designing objects for 3D printing, rapid prototyping, and material testing.
Dario’s current personal printer is the Prusa i3 MK3S+, but his favorite is the Ultimaker S5.
Marc has over a decade of 3D printing experience that began after working with the printer his high school purchased for their maker club.
After building a successful business selling prints online, Marc co-founded 3D Print Mentor to teach and inspire creators. His current printers are the Original Prusa i3 MK3S+ and Anycubic Photon Mono X 6K.
When we unbox a new printer, we time how long it takes to get the machine set up and print-ready. We take notes on the installation process, quality of the instruction, software installation, and calibration steps.
Most printers come preloaded with ready-to-print models. The models are carefully calibrated to the printer and should produce a successful print without any changes.
If the print fails, there is a glaring issue with the printer. It could be a mistake in the printer’s assembly or calibration or a hardware or software issue preventing it from printing successfully.
After a successful test print, we print 10 of our own test prints and determine print quality on a scale from 1-5:
We choose a generic model with standard PLA settings for the test prints. Aside from bed leveling and manufacturing recommendations, we don’t perform any other manual or slicing calibration.
Advanced users can get excellent print quality from any 3D printer with enough fine-tuning. And although we can improve the print quality by fine-tuning the slicer settings, our tests mimic the print quality that beginners and real-world users should expect.
We generally use the 3DBenchy model from Thingiverse to compare the print quality against previously tested printers.
Before each test print, we check the bed leveling. A quality printer shouldn’t require more than one bed leveling throughout our 10 test prints. We make a note of how many times the bed needs to be re-leveled.