Discover the ultimate freedom in bioprinting!
As the only fibrillary collagen bioinks in the market, our Fibercoll-Flex® products consist of pure type I collagen fibers with high mechanical strength that enable easy printing without a methacrylation curing step. The stable 3D models are highly biocompatible and represent in vivo like scaffolds for cell adherence & remodeling in tissue engineering or regenerative medicine. For research use only.
Broad range of applications in regenerative medicine and tissue engineering
The technical specifications of our Fibercoll-Flex® bioinks and the ease of use enable novel & flexible solutions in bioprinting of 3D models, such as
- Complex tissues
- Tumor models
- Substitute for animal models
- Cell based assays for screening
- 3D scaffolds for biomedical research
Easy 3D model printing with encapsuled cells at physiological conditions
Made of acidic collagen fibers, the Fibercoll-Flex-N® is neutralized before printing, enabling the generation of bioprints with encapsuled cells at physiological conditions. The self-supporting models with high shape fidelity and proven biocompatibility can be immediately handled and cultured after printing. The native fibrillary collagen type I represents an excellent in vivo like scaffold that promotes cell performance. Tunable stiffness between 0.2 - 0.9 kPa.
The acidic Fibercoll-Flex-A® bioink enables the printing of solid forms with exceptional shape fidelity at a higher stiffness range than the Fibercoll-Flex-N®. 3D models are neutralized after printing and cells seeded on top of the scaffold. The native fibrillary collagen type I represents an excellent in vivo like scaffold that promotes cell performance. Tunable stiffness between 2 - 10 kPa.
For special needs please contact
Biomedical Business Manager
Viscofan BioEngineering / Viscofan USA Inc.