Bioactive Collagen Raw Material

Plant-based biomaterials including microcrystalline cellulose, alginates, and hydrocolloids for wound care, oral care, and tissue engineering applications. These nature-derived polymers provide absorption, gelling, and film-forming capabilities for advanced medical devices such as wound dressings, hemostatics, and dental applications.

Engineered collagen fibers produced via dry-spinning technology for use as bioink additives and hydrogel components in 3D bioprinting and tissue engineering applications. Replicates natural collagen biomechanical and biochemical properties for cellular scaffolding in 2D and 3D culture systems.

Human-sourced recombinant Type III collagen protein with enhanced cell adhesion properties and homologous structure to natural collagen. Promotes regeneration of Type I and Type III collagen in the skin.

Highly purified native collagen type I for tissue engineering and cell culture research. Used in wound healing studies and diagnostic protein assays.

Collagen is a biologically derived material with high biocompatibility and hydrophilicity, providing excellent cell adhesion without additional surface treatment. Due to these properties, collagen coating on two-dimensional (2D) cell culture vessels is widely used in cell culture experiments. Our company has developed a collagen standalone thin-film fabrication technology that can be separated from standard cell culture vessels. The membrane has high transparency, allowing easy observation of cells during culture. However, collagen thin films are extremely thin, making them difficult to handle when used alone and limiting their ability to maintain structure in culture media. To overcome this limitation, we combined the collagen thin film with a 3D-printed structure, improving handling convenience and enabling the membrane to maintain a stable structure during cell culture in media.

A 100 micrometer porous collagen fiber scaffold produced using automated manufacturing from GMP-grade bovine type I collagen. Supplied as 12-well plate inserts with high batch-to-batch consistency and compatibility with standard microscopy techniques.