3D BioFibR is revolutionizing the field of biomaterials with its innovative approach to fiber manufacturing. Specializing in high-value biofibers such as collagen and spider silk, the company’s patented dry-spinning technology is a game-changer in the industry. Their process not only maintains the natural properties of the biofiber proteins but also operates at a speed unrivaled by traditional manufacturing methods. This allows them to produce CollaFibR™, their flagship product, which is a high-quality collagen fiber designed for a range of tissue engineering applications.
The company’s CollaFibR™ has applications in tissue engineering such as additives for 3D bioprinting, hydrogels, and cellular scaffolds for 2D and 3D cell and tissue culture. This breakthrough has significant implications for the biomedical engineering sector and also has potential uses in green textiles, defense, and aerospace applications. The fibers produced mimic the biomechanical and biochemical properties of natural collagen structures, making them ideal for a variety of tissue engineering applications.
With the support of investors and a focus on large-scale production, 3D BioFibR is scaling up its operations to weave these fibers into commercial products that meet the needs of markets that require consistent, high-quality products at commercial scales. Their advancements in automation and manufacturing capabilities signify a forward leap for applications in 3D tissue culture and tissue engineering.
3D BioFibR’s trajectory from its founding in 2020 to securing significant funding illustrates its potential to become a leading player in the biofibre manufacturing space. The company has received substantial funding to advance its technology and to scale up its manufacturing processes, showing a clear vote of confidence from investors and industry partners alike.
For those interested in the cutting-edge world of biomaterials and their applications in advancing medical technology and sustainable materials, 3D BioFibR represents a beacon of innovation and progress
