We deliver a complete portfolio of standardized, scalable bioreactor systems that cover the full production spectrum from laboratory process development and pilot-scale verification to full commercial mass manufacturing. Engineered for consistent bioprocess performance and seamless scale-up compatibility, our full-line bioreactor solutions eliminate equipment barriers in biotech R&D transformation, enabling reliable, repeatable, and efficient bioproduction across microbial fermentation, mammalian cell culture, microbial synthetic biology, and biopharmaceutical manufacturing scenarios.
Our comprehensive product lineup includes bench-scale bioreactors for high-throughput lab screening, mid-scale pilot fermentation systems for process parameter optimization and feasibility validation, and large-volume industrial bioreactors for commercial-grade mass production. Adopting unified core process logic, control standards, and mechanical design specifications across all models, our systems ensure identical hydrodynamic environments, oxygen transfer efficiency, and shear force control at every scale. This consistent equipment performance perfectly retains lab-level process parameters during capacity expansion, avoiding tedious process re-verification and scale-up failure risks.
Equipped with intelligent automated control systems, high-precision sensor modules, and integrated CIP/SIP sterile processing functions, our full-line bioreactors achieve real-time closed-loop regulation of temperature, pH, DO, stirring speed, and feeding strategies. All production data is fully traceable and compliant with cGMP, FDA and EMA regulatory requirements, meeting the strict quality control and validation standards for biosimilars, recombinant proteins, bio-based materials, and other high-value bioproducts.
Designed for industrial practicability and long-term expandability, our bioreactor series features modular construction, flexible configuration, and low operational and maintenance costs. Clients can realize one-stop equipment deployment from laboratory research, process amplification verification to stable commercial production, greatly shortening project development cycles, reducing scale-up costs, and building a solid hardware foundation for standardized, large-scale, and intensified biomanufacturing.
