Acrylonitrile Butadiene Stirene. It is one of the most used thermoplastics in 3D printing. Its main characteristics: very tough, hard and rigid material, with chemical resistance to abrasion. It is soluble in acetone. It is not biodegradable, and it suffers from UV exposure. It requires a hot bed between 80ºC and 100ºC. As a curiosity, the LEGO pieces are...
ASA is a filament for 3d printing with exceptional weather resistance. Unlike many plastic materials, the ASA maintains its color and impact resistance, even after long-term outdoor use.
This filament has great flexibility to develop semi-rigid pieces that are resistant to impact. It has a soft and pleasant touch that is reminiscent to an eraser or rubber and not so much of plastic.
You will like this filament because of how easy it is to use: low printing temperatures without warping and very easy to manipulate in order to improve the surface finish. It is harder than PLA. Ideal for those who are engaged in the fields of art, architecture, ethics, if they make models, restorations, imitations of sculptures, etc...
Our FLEX is an elastic and flexible filament which can be twisted and stretched moderately. Besides, it is designed to improve the extrusion process in your 3D printer.
*In the transition phase to ECO-packaging (reel and cardboard box)
Thermoplastic polymer with mechanical properties superior to ABS and PLA, good impact resistance and high flexibility. Without warping so large parts can be manufactured with excellent quality. In addition, it can be chemically polished with alcohol in such a way that pieces with high transparency and a completely smooth finish can be manufactured.
High impact polystyrene, ideal for printing highly resistant parts with excellent mechanical properties.It has similar characteristics to ABS, It can be sanded and painted with acrylic paints. Ideal to be used as a support material, as it can be subsequently diluted in D-Limonene
Olive is a high quality biodegradable and compostable 3D printing filament, obtained with a polymeric matrix and a load from the reuse of organic waste such as olive bones. We have developed a filament, which also favors the circular economy and improves environmental quality. Due to the nature of the filaments from organic waste, the color tone can vary...
Smartfil Oyster is a high quality biodegradable and compostable 3D printing filament, obtained with a base of thermoplastic material and a load from the reuse of organic waste such as crushed oyster shell. We have developed a filament, which also favors the circular economy and improves environmental quality. Due to the nature of the filaments from...
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