Description

The BCN3D Sigmax is a 3D printer which uses fused filament fabrication (FFF) technology, which manufactures objects by depositing molten material in a series of layers. Objects are created using a digital model of the object, which is sliced into thin layers. When printing the extruder print head moves along the axis to deposit the material for one layer at a time, before moving slightly upwards to begin printing a new layer. This process is repeated until the object has been completed.

A new standard

The unique Independent Dual Extruder system allows to print 2 different materials or colours while ensures the finest surface finish. The idle toolhead remains parked, preventing the dripping of molten plastic onto the part.

You choose: multimaterial or multicolor

Create functional parts by combining the properties of two different materials, like rigid and flexible filaments. Or make your designs more attractive by printing with two colours.

Print further, print soluble supports

Avoid geometric limitations and print the most challenging parts thanks to soluble supports. Just immerse the model into water and watch the supports vanish.

Scale up your projects

Because sometimes size matters, the Sigmax features a massive printing volume of 420x297x210mm.Produce larger-scale functional parts and get rid of dividing or scaling down models: volume will be no longer a limitation. Don't constrain your ideas, just make them real.

Boost your productivity

The Sigmax is not just a rapid prototyping machine, but a mighty production center. Thanks to its IDEX system, it features two highly productive printing modes:

• Duplication mode: Print the same model with both toolheads simultaneously and double the printing capacity.
• Mirror mode: Print the model and its symmetrical part at once, increasing iteration speed and shortening design times.

Bondtech Technology

The BCN3D Sigmax extruder features a high-tech dual drive gears by Bondtech, offering more control, sharper details and unmatched performance, no matter the filament used.