Shims are elements that mechanically correct the Z offset when printing in Mirror or Duplication mode.

Compatible with Epsilon W50, Epsilon W27 and Sigma D25.

Borosilicate glasses are known for having very low coefficients of thermal expansion, making them resistant to thermal shock, more so than any other common glass.

Compatible with Epsilon W50, Epsilon W27 and Sigma D25.

The maintenance kit contains the most used parts for maintenance or replacement of the printer.

50g of filament to perform the Nylon Cleaning Method for cleaning the hotend.

This fan cools the filament as it is deposited, improving the surface quality and the ability to print bridges and overhangs.

Spare part for the purging and cleaning process. This part wipes the nozzle and cleans the plastic residues of the nozzle.

Spare part for any hotend. This part locks the bowden tube while printing.

The teflon tube (bowden) connects the extruder of the printer with the hotend.

Compatible with: Sigma D25, Epsilon W27, Epsilon W50

Only for Smart Cabinet in use together with Epsilon W50

The extension tubes are suitable for guiding the filament from inside the Smart Cabinet’s dehumidifier chamber to the extruders located on the back of the 3D printer.

Only for Smart Cabinet in use together with Epsilon W27 or Sigma D25.

The extension tubes are suitable for guiding the filament from inside the Smart Cabinet’s dehumidifier chamber to the extruders located on the back of the 3D printer.

BCN3D printers include a new and improved Z calibration method, which uses Calibration Gauges instead of a piece of paper.

Hotend M è realizzato in una speciale lega di acciaio per utensili con un ugello da 0,4 mm.

• 2x Hotend 0.8mm
• 2x Hotend 1.0mm
• 2x Hotend X (0.6mm)

Fully assembled full metal hotend optimized, which ensure the highest quality standards, providing a smooth and reliable extrusion under different printing environments.

Fully assembled full metal hotend optimized, which ensure the highest quality standards, providing a smooth and reliable extrusion under different printing environments.