Our Technology
Waste materials as wood, coffee and mussel shell are locally sourced. Only natural and biodegradable materials are used.
Agricultural waste products
Biomaterials
formulation
The material is grounded and turned into a biobased paste.
No plastics or PFAS are included to create a fully biodegradable material.
Manufacturing
techniques
The paste can be used in 3D printing and molding or casting.
We transform food and agricultural residues—such as nut shells and sawdust—into 100% bio-based, multifunctional materials using a patented, low-energy process that works under ambient conditions. Our material is PFA free, eliminates microplastics, and reduces energy consumption.
Targeted Features of Our Material:
Currently under research and development
🔹 Strength Comparable to Wood-Fiber Reinforced PLA
Engineered to achieve robust mechanical strength, aiming to offer a sustainable alternative to conventional plastics.
🔹 Sustainable by Design
Developed for circular use — with the goal of enabling reuse and repurposing without loss of integrity.
🔹 Water Absorbent
Natural fibers under testing show promising absorption properties for moisture-interactive applications.
🔹 Fire Retardant Potential
Formulations are being explored to resist ignition and slow down flame spread.
Depending on the material used, from lab test the Fire redardancy falls in categories A1 and D according to EN ISO 1182 and EN ISO 1716.
🔹 Thermal insulator
The Roylinx materials have heat conduciting capacities similiar to cork and wood and can be used for indoor insulation.
🔹 Sound Absorbance
After production the pores in the material absorb sound, reducing noisiness.
🔹 3D Printable & Moldable
Designed for adaptability in advanced manufacturing, supporting complex designs and scalable production.
Robotic arm printing is recently possible increasing the build size to 1 m2 to create larger scale prints and shorter print times.
🔹 Biodegradable Pathways
Created with end-of-life in mind — designed to safely return to nature, reducing environmental impact.
🔹Performance in aquesous environments
Our materials do not dissolve in water over time and can be used in bodies of water, while remaining its shape.
Disclaimer
We are currently in the process of obtaining all ISO certifications. Our team is continually seeking opportunities to enhance our product, however, we cannot presently guarantee that it will meet the necessary certifications.