3Dresyns bio-based 3D resins have been designed for environmentally friendly 3D printing with ultra high bio-based carbon content (bio content) of up to 85-90% (ISO 16620*) from renewable resources, such as soya, corn, bamboo, pea, psyllium, oligosaccharides, inulin, algae, and other nut, bean, plant (non animal), bio-based renewable raw materials.
Our SLA DLP & LCD 3D resins are more eco-friendly than conventional synthetic plastics, which take thousands of years to fully decompose. Despite being eco friendly not all bio based 3D resins are compostable since they are typically printed at high thickness.
Some of our bio-based 3D resins with even 85-90% Bio content have been designed to be durable despite their degradation speed is much faster than petrochemical plastics.
Others, such as 3Dresyns BioDeg Corn, besides having 85% Bio content (ISO 16620*) are biodegradable and compostable.
Discover also our eco auxiliaries: degradation catalysts, testers and carbon dioxide collectors
*Note: With the ISO 16620 standard the biobased carbon content can be reported either as a fraction of the Total Organic Carbon TOC or as the Total Carbon TC, while with the EN 16640 standard the biobased carbon content (bio content) is reported as a fraction of the TC. 3Dresyns bio content is reported as as a fraction of the TC.
