The Voxelab Aries is a well-designed 3D printer that is clearly targeted at the educational market (the printer is called “Voxelab Aries STEM FDM 3D Printer” on their site), and it absolutely proved that is is up for that task during testing. The printer can connect to Wi-Fi using the built-in LCD interface, and once connected, the printer will automatically search for, download, and give the option to install the latest firmware. However, the Wi-Fi connection on the Voxelab Aries was an impressive exception to this rule, and I wouldn’t hesitate to recommend using the Wi-Fi on this machine. Using Wi-Fi on most consumer printers is typically a disappointing experience between connection issues, disconnections halting the print, and difficulty during set-up, it’s usually easier to just transfer files manually or use a wired connection. This rapid cooldown causes the parts to pop off the bed without any issue, and this tool-free approach to part removal makes this printer an ideal choice for young students or anyone concerned about using sharp tools. By turning both levers, the glass bed can be easily removed from the heated platform and allowed to cool much more rapidly by placing it on an unheated surface. Voxelab has come up with an interesting solution to this problem by adding a pair of actuating levers to the front of the platform that allow it to be removed easily after printing. The Aries has been designed for classroom and STEM use, so seeing this simplified process gives me confidence that even a first-time 3D printer user would have no issues calibrating the bed. The calibration process is semi-automated, and the LCD interface guides users through the process with a series of simple and easy-to-understand prompts. The Voxelab Aries uses a simplified bed leveling process that is perfect for beginners, and I was impressed with how well thought out it was. This interface shows just enough information to be useful without being overwhelming, and I really appreciate the ability to make adjustments to the printer during printing. Touching the gear icon brings up the advanced settings, including toggling the light on and off, switching filament colors, and adjusting print speed and temperature. During printing, the interface shows the current and target temperature for the hot end and nozzle, the print speed, Z height, and build time as well as an estimate of time remaining.
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