BSF Enterprise’s Lab Grown Leather has potential to be better than the real thing

Emily Telford, Project Manager of BSF Enterprise’s Lab Grown Leather, tells us about the science behind its product and why it has the potential to be even better than the real thing. Among the many applications of BSF Enterprise’s advanced tissue engineering technology is the ability to grow artificial leather. Almost indistinguishable from traditionally produced leather, the product has huge advantages over existing leather substitutes and the potential to hugely disrupt the $82bn global leather market. As well as obvious ethical and environmental benefits, when produced at scale Lab Grown Leather has the potential to reduce the cost of leather production by streamlining the production process, in particular the removal of the need to strip out waste material from animal hides. Lab Grown Leather has already been working to test its product with customers in the luxury fashion industry, renowned for its rigorous quality standards. These trials are creating strong demand for an industry keen to enhance its ethical credentials, paving the way for the commercial rollout of production facilities. Successful Proof of Concepts in fashion should also underpin expansion into other industries, including the automotive interiors and furniture markets. In this interview, investors will hear: - How Lab Grown Leather is made, and differs from existing, often plastic-based leather substitutes. - The ethical and environmental benefits of Lab Grown Leather, and the cost advantages it offers over traditional leather production due to its streamline production process. - The scale of the market opportunity, in particular the luxury fashion market which has already signed successful Proof of Concept agreements for Lab Grown Leather. - The next steps in taking the product from the laboratory into industrial scale commercial production, supported by strong existing demand. Reasons to add BSFA to your watchlist: - Deep group expertise in tissue engineering, with applications across multiple industries including lab-grown leather and synthetic meat and interest from global partners - Proven laboratory progress, with commercial expertise to turn patent protected intellectual property into meaningful long-term revenue streams Emily Telford, Project Manager of Lab Grown Leather and Senior R&D Scientist at 3d Bio- Tissues, was interviewed by John Hughman for focusIR.