![]() We found that the bed heater has a quick climb and descend time which aided our experience, while the PEI magnetic build plate facilitated the easy detachment of parts once printed. Saying that, the machine has a heated bed up to 110☌ which allows users to keep the lower surface of the print hot and to avoid retraction of the plastic if the temperature drops. The printer’s open nature means there is no enclosure to keep the build area temperature controlled during printing, so users wishing to print with ABS, for example, will need to build their own enclosure to heat the build space sufficiently. Opting for a direct drive system was a good choice on Anycubic’s part, as while a Bowden system can improve productivity and accuracy, it is not compatible with flexible filament like a direct drive system is. The direct drive system makes it easier to print flexible filaments like TPU and performs better on industrial machines than a Bowden extrusion system, where the extrusion motor is mounted away from the print head. The machine’s print head is a direct drive system and is larger than other comparable 3D printers in this section of the desktop market. Anycubic provides profiles for printing PLA, ABS and TPU on the Kobra via its Cura slicer. The Kobra is capable of printing with almost any type of filament that requires a temperature of up to 260☌, including PLA, ABS, TPU, PETG, and Nylon, although materials at the top-end of the polymer sphere like PEEK and ULTEM remain beyond the machine’s capabilities. The Kobra print bed, screen, and extruder. We found the interface very intuitive and easy to use, while the position of the screen on the front right-hand side of the printer was very convenient. On the electronics side, the Kobra has a 4.3 inch full-color touchscreen with a multilingual user interface that allowed us to calibrate the bed, load the filament, and begin prints. The print head also featured well-designed direct drive extruders and a hotend with a 0.4mm nozzle. The printer was well-equipped with aftermarket parts, coming with a magnetic leveling sensor as standard installed directly on the printhead, as well as 4010 fans to cool the plastic once it has been printed, and a PEI removable magnetic build plate. As a result, this adds weight to the moving assembly and makes it less precise than a Core XY configuration. ![]() We observed the print bed was quite heavy and had a lot of inertia when it moved, although this configuration is very common to printers at this price point. The printhead moves on the X and Z axis, whereas the bed moves on the Y, and while this setup is easy to build it does not allow fast printing. Unboxing the printer was an easy step-by-step process and the machine came with a number of useful accessories, including tools to maintain the printer, a Micro SD card, USB card reader, and necessary cables.īuilt with a full metal chassis, the Anycubic Kobra is based on a cartesian axis system, a configuration that is less rigid and accurate than a delta or CoreXY system. The Anycubic came to us very well-packaged, with each part properly protected so that the printer and its components were not damaged during transport. Featuring a 220 x 220 x 250 mm³ build volume, the system is designed for individuals new to 3D printing or who wish to expand their STEM and maker skills. The Kobra is an entry-level FFF desktop 3D printer equipped with an integrated direct extruder that enables reliable extrusion and easy retraction of almost any type of filament. The firm launched its Kobra range of systems in March this year, featuring leading-edge Anycubic LeviQ auto bed leveling technology and Anycubic LighTurbo matrix light source that provides a significantly improved user-friendly experience and excellent print details. Since the sale of its first system in 2015, Anycubic has made a name for itself in the consumer-grade sector thanks to its widely-popular Photon series of resin 3D printers. 3D Printing Industry reviews the Anycubic Kobra 3D printer.
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