The BCN3D Epsilon W27 3D printer is an intuitive and highly durable desktop 3D printer featuring IDEX technology. IDEX, which stands for independent dual extruders, means that the 3D printer has two extruders that can operate independently on the same axis. This enhancement allows for the creation of more complex details and integrated functionalities in the design.
Key features:
- The build surface heats up to 120ºC, enabling 3D printing with engineering materials and preventing unwanted material shrinkage.
- The BCN3D Epsilon series includes a multilingual touchscreen for easy operation.
- An aluminum frame ensures stability and minimal vibrations during operation.
- Bondtech™ dual-drive extruders provide greater control, smooth filament feeding, and precision in details without damaging or wearing out the nozzles, even after thousands of printed parts.
- A filament runout sensor detects when the material is depleted and pauses the 3D printing process until new filament is loaded.
- Create large functional parts with excellent mechanical properties.
With BCN3D 3D printers, you unlock a wide range of industrial applications using BCN3D's technical filaments, developed by BASF and Mitsubishi Chemical, or confidently use any filament from another supplier. BCN3D 3D printers are open and configured to work with materials from other manufacturers.
Powered by IDEX technology
Developed by BCN3D, IDEX technology is what sets a 3D printer apart from others on the market.
Mirror Mode
Mirror Mode prints a model and its mirrored version simultaneously. This mode is convenient as it saves time in designing an additional mirrored model and printing it separately. It is used, for example, in the production of left and right headlights. Mirror mode saves time and accelerates product iterations during development.
Water-soluble support mode
This mode allows for printing water-soluble supports as part of more complex structures, avoiding some geometry limitations.
Dual-material mode
Multimaterial mode unlocks the ability to print with two different materials and combine their properties.
