Our
Technology
We are developing next-generation wound care materials by combining Icelandic marine biomaterials with advanced processing technologies. Our platform leverages the unique properties of salmon skin and chitosan to create innovative scaffolds designed to support wound healing and tissue regeneration.
Supercritical CO2 Processing
Our technology utilizes supercritical CO2 processing to transform salmon skin into a highly functional biomaterial scaffold while preserving its unique structural and healing properties.
This gentle and environmentally conscious process enables us to produce a clean, biocompatible material without the use of harsh chemical treatments.
Enhanced with Chitosan
To further optimize wound healing performance, our scaffold incorporates chitosan, a naturally derived biopolymer obtained from Icelandic shrimp shells.
Chitosan is widely recognized for its biocompatibility, biodegradability, and ability to support a favourable environment for tissue regeneration. By combining salmon skin and chitosan, we aim to create a synergistic biomaterial that enhances wound management and promotes healing.
Sustainable Design
Our materials are sourced from Iceland's sustainably managed marine resources, transforming valuable by-products from the seafood industry into advanced healthcare applications. This approach supports both innovation in wound care and a more circular use of natural resources.
