Meet the next-gen technologies revolutionizing the future of biomaterials.
Our proprietary machine learning AI platform that streamlines complex R&D processes and accelerates the journey from ideation to market by 5x. Accessed exclusively through erthos Studio®.
Our proprietary bioplasticizers, bioelastomers, and bioresins invented to enhance the quality and performance of all erthos® Studio formulations and materials.
With both predictive modeling capabilities and generative AI tools, ZYA™ empowers rapid innovation and effective design of novel biomaterials that are no longer over-engineered and inaccessible.
With both predictive modeling capabilities and generative AI tools, ZYA™ empowers rapid innovation and effective design of novel biomaterials that are no longer over-engineered and inaccessible.
Predict and understand a materials performance, cost, environmental footprint, and compliance results within seconds.
Materials that are designed custom to evolving market trends and regulatory requirements.
Eliminate the need for months in the lab testing the viability and performance of biomaterials.
Proprietary bioplasticizers, bioelastomers, and bioresins with superior performance and sustainability properties for broad industry use cases. Accessible exclusively through erthos® Studio.
Proprietary bioplasticizers, bioelastomers, and bioresins with superior performance and sustainability properties for broad industry use cases. Accessible exclusively through erthos® Studio.
Biobased, compostable biocomposites with a lower carbon footprint for rigid applications. Compatible with injection molding and thermoforming manufacturing, 1:1 to traditional PP, LDPE grades.
Biobased, compostable biocomposites with a lower carbon footprint for flexible applications. Compatible with cast extrusion, 1:1 to traditional LDPE grades.
Biobased, compostable bioplasticizers with a lower carbon footprint for enhanced flexibility of biomaterials. Compatible with industry grade polymers and biopolymers and 1:1 to petroleum based plasticizers.
Biobased, compostable bioelastomers with a lower carbon footprint for enhanced functionality for thin film packaging. Compatible with industry grade polymers and biopolymers and 1:1 to petroleum based rubbers.
erthos® Studio is powered by our novel technologies that continuously advance the future of sustainable biomaterials and the urgent role they play in addressing the plastic crisis.
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