Yiru Technology Completes Over 100 Million Yuan Series A Financing Led by Erdos and Heda Financial Services
Yiru Technology secured over 100 million RMB in Series A funding led by Erdos Group and Heda Financial Services to accelerate commercialization and AI-driven material innovation. The company utilizes synthetic biology via liquid fermentation to produce bio-based leather, achieving an 80% reduction in carbon emissions and costs lower than traditional PU, effectively breaking the "cost-mass production-performance-texture" paradox. By leveraging AI for full-link data-driven R&D (strain screening, g
Analysis
TL;DR
- Yiru Technology secured over 100 million RMB in Series A funding led by Erdos Group and Heda Financial Services to accelerate commercialization and AI-driven material innovation.
- The company utilizes synthetic biology via liquid fermentation to produce bio-based leather, achieving an 80% reduction in carbon emissions and costs lower than traditional PU, effectively breaking the "cost-mass production-performance-texture" paradox.
- By leveraging AI for full-link data-driven R&D (strain screening, gene editing, process optimization), Yiru has scaled annual capacity to 16 million square meters and secured nearly 100 million RMB in overseas orders, primarily from European luxury brands.
- Strategic partnerships with global clients like Anta and distribution channels like Yicai validate the scalability of bio-based materials, while expansion into elastomers and films positions Yiru as a broader biopolymer platform.
Why It Matters
This development marks a critical shift in the sustainable materials industry from experimental "lab narratives" to viable, cost-competitive mass production, demonstrating that bio-based alternatives can undercut traditional petroleum-based products. For AI practitioners and industrial researchers, it highlights the tangible value of integrating machine learning and data analytics into synthetic biology workflows to optimize fermentation parameters and accelerate material discovery. Furthermore, it signals a growing market demand for low-carbon supply chains among global luxury and sportswear brands, driven by regulatory pressures like the EU Carbon Border Adjustment Mechanism (CBAM).
Technical Details
- Synthetic Biology & Fermentation: Core technology involves microbial fermentation to directly produce bio-based resin raw materials, which are then processed into leather, bypassing traditional petrochemical routes.
- AI-Driven R&D Engine: Implementation of a full-chain data-driven system covering strain screening, gene editing design, liquid fermentation parameter optimization, and yield control, significantly improving development efficiency and scale-up success rates.
- Product Portfolio: Differentiated product lines including Mulkol-3 (hard resin for furniture/decor, replacing artificial leather) and Mulkol-5 (soft elastomer for bags/clothing, mimicking sheepskin/leather), plus the premium HORA brand for luxury clients.
- Scale & Performance: Annual production capacity exceeds 16 million square meters; physical properties (wear resistance, breathability, flexibility) benchmark against genuine leather, with costs ranging from 80-150 RMB/meter compared to 300-400 RMB/meter for genuine leather in Europe.
Industry Insight
- Cost Competitiveness as a Barrier: The ability to produce bio-based materials at costs lower than traditional PU and half that of genuine leather suggests that price, not just sustainability, is now the primary driver for adoption, potentially displacing incumbent synthetic leather manufacturers.
- AI in Biomanufacturing: The explicit use of AI to optimize fermentation and strain selection serves as a case study for other deep-tech sectors, proving that computational methods can solve complex biological scaling challenges faster than traditional trial-and-error approaches.
- Global Supply Chain Realignment: With two-thirds of business coming from overseas and a dedicated European subsidiary (SYNMETABIO), companies leveraging local carbon advantages can mitigate geopolitical supply chain risks and capitalize on strict ESG regulations in Western markets.
Disclaimer: The above content is generated by AI and is for reference only.