Launch big projects with large 3D printers
A large-format 3D printer is a perfect variant if you want to create large-scale products without investing in a full-scale industrial additive manufacturing machine. Whether you are a manufacturer who works with large projects or a small business developer who needs a large professional 3D printer, you will definitely find the best large 3D printer to meet your requirements.
This article comprises information about the best large 3D printers currently available on the market. Also, you will find out which aspects to consider to make an informed decision and choose the model that will work for you.
Print technology: FDM | Filament Diameter: 1.75 mm | Build Area: 295x 195x165 mm | Minimum layer resolution: 50 microns | Maximum layer resolution: 100 microns
MakerBot Replicator is suitable both for professionals and enthusiasts. It is a fast and robust large format 3D printer that you can use right out of the box. This model incorporates a slew of advanced features, including a colorful LCD, Smart Extruder, MakerBot Print, and Wi-Fi technology.
With MakerBot Replicator, you can enjoy first-class printing quality, 30% faster operation, and 25% larger size compared to the previous models. It is a highly reliable device due to the enhanced hardware, upgraded gantry, and Z-stage.
Print technology: FDM | Filament Diameter: 1.75 mm | Build Area: 220x220x250 mm | Minimum layer resolution: 100 microns | Maximum layer resolution: 400 microns
LONGER LK4 is a popular model with an ergonomic construction, new metal frame, and stylish design. It employs smart technologies, has a straightforward interface, and can operate offline.
Being easy to assemble, LONGER LK4 includes a resume printing feature and safe power supply. This large scale 3D printer is a perfect option for those, who have just started to work with 3D design. It is suitable for hobbyists and school students.
Print technology: FFF | Filament Diameter: 1.75 mm | Build Area: 305x305x320 mm | Minimum layer resolution: 100 microns | Maximum layer resolution: 300 microns
This large 3D printer offers first-class build quality and decent 3D printing results. It is extensively used in medical and teaching industries as well as for home purposes. This is a universal machine that can serve as a perfect addition to your 3D printing station.
A5S consists of three main elements such as a frame, a Y-axis box, and a filament holder. This straightforward construction allows you to easily operate a printer. A5S doesn’t require much time to get it assembled. All you need is to use several screws.
Print technology: FDM | Filament Diameter: 1.75 mm | Build Area: 280x240x300 mm | Minimum layer resolution: 100 microns | Maximum layer resolution: 400 microns
Due to a direct drive feeder, Sovol SV01 can bring your 3D printing experience to a whole new level. Moreover, it includes an array of useful features designed to simplify your work. Resume printing, thermal runaway protection, filament detector, hand twist leveling nut – these are just some of them.
Besides, a one-piece construction includes Meanwell power supply, full metal frame, and cable management. Being assembled at the factory, Sovol SV01includes innovative technologies to cater to the needs of both beginners and experienced users.
Print technology: FDM | Filament Diameter: 1.75 mm | Build Area: 225x145x150 mm | Minimum layer resolution: 100 microns | Maximum layer resolution: 300 microns
FlashForge Creator has adopted a robust metal frame which offers a greater level of stability compared to the original wood frame. The deformation-resistant 6.3mm aluminum platform stays flat at high temperatures.
The plastic platform supports found in the previous models has been replaced with high-temperature resistant metal legs. Due to the robust 10mm Z-axis guide rod, this big 3D printer offers stability and highly-accurate movements.
For better insulation and protection of ABS prints, this machine includes an acrylic cover that encloses the chamber. Also, the printer comes with a well-elaborated LED illumination system.
You can easily control the printing process due to the LCD screen and button board. Moreover, the printer has a slot for SD cards.
Print technology: FFF | Filament Diameter: 1.75 mm | Build Area: 330 x 330 x 400 mm | Minimum layer resolution: 100 microns | Maximum layer resolution: 400 microns
The distinctive feature of TRONXY X5SA is its auto-leveling to produce more accurate prints. The platform is easy to set up. There is no need to deal with numerous wires. Moreover, due to the metal mainboard box, this large build volume 3D printer ensures safe operation.
With the well-elaborated construction, you may not worry about the installation errors. Moreover, TRONXY X5SA comes with a 3.5 touch-sensitive display for streamlined control over the printing process.
MakerBot ReplicatorOur Choice
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LONGER LK4With screen
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JG MAKERMetal frame
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Different printers use different printing technologies. Those models that use fused deposition modeling technology are usually cheaper and are suitable for non-professionals and small projects. Stereolithography-based 3D printers use light-sensitive resin to build layers.
Resin printers are popular for their ability to produce accurate prints with sharp details. These printers are more expensive compared to FDM-based models and can cater to the needs of professional 3D designers.
The build volume determines the maximum size of a printed object. The larger the build volume of a printer, the more expensive it is. Moreover, printers with a large build size consume more materials.
The modern market offers an extensive number of 3D printers that differ in functionality and ease of operation. Usually, high-end models are easy to use, while entry-level printers come with third-party open-source software which can result in numerous issues.
If you take 3D printing professionally, be ready to spend about $4000 on a large scale 3D printer.
If you aren’t going to constantly use a 3D printer, it is better to delegate your project to professionals rather than purchase a 3D printing machine. Thus, you will save your money and efforts.
Usually, 3D printers consume 0.5 kWh per 1 hour of operation. This means that 3D printers are relatively power-efficient. 3D printing only used 50 watts per hour. In California, your rates can vary from 12 to 13 cents per kWh/hour, in the lower range to 50 cents per kWh/hour.
It is not safe to leave your printer running unattended.