Stampanti 3D Araknia Two Rails

Araknia Two Rails #0Araknia Two Rails #1Araknia Two Rails #2

Properties

Build Volume 210 x 210 x 210 mm (8.3 x 8.3 x 8.3 in.)
Layer Resolution Low 200 micron (0.008 in.)
Layer Resolution High 50 micron (0.002 in.)
BrandStampanti 3D
Machine type 3D Printer
Technology FDM (Fused Deposition Modeling)
Materials PLA, ABS, PETG
Websitehttp://www.araknia.org/stampanti-3d/two-rails
Average Price $1,655.00

About Araknia Two Rails

The new Araknia Two Rails represents the true evolution of "Made in Araknia", a masterpiece of the technique.

This printer retains the size of the printing plate of our Araknia Prusa i3 , but it is positioned primarily on the Professional market, thanks to its many innovations. With its compactness and stability, it always maintains the mobility characteristics of all Araknia printers, but is improved from the standpoint of printing stability and therefore also accuracy.

With a new extruder block and a new interchangeable nozzle system, the Araknia Two Rails 3D printer can respond effectively to all printing needs.

The Araknia 3D Two Rails printer has recorded all the tests, the best quality standards, and also from the point of view of printing speed and stability, to take the title of the best professional printer in the Araknia Laboratories.

Araknia Two Rails is suitable for anyone looking for a new 3D printer that is efficient for their work. This printer wants to find its space in the office, study, laboratory of all those quality-seeking professionals.

PRECISE

"Precision" : so defined for the high accuracy standards due to the innovative linear motion guidance system, which allows less friction on the entire printing process, since the friction coefficient is about this 1/50 compared to traditional motion systems.

SILENT

Even from an acoustic point of view, the Two Rails upsets the canons, showing them as efficient as silent.

EFFICIENT

Thanks to the 24V power supply system, Two Rails quickly reaches high temperatures that enable the entire printing process to be efficient and also the electrical stability of the printer, which eliminates printing problems due to voltage drops and therefore of temperature.

FAST

The best standards of speed recorded so far in our laboratories.