Designed specifically for high-throughput R&D and small-scale production, this stainless steel fermentation tank integrates multiple independently controlled components, supporting the simultaneous conduct of multiple sets of experiments or production. It is suitable for the research and optimization of multi-variable fermentation parameters and the exploration of microbial-related culture process schemes.

• Customization: System parameters are customized based on the characteristics of the strain and process requirements.
• Professional team: Container/fluid/3D design engineers with over ten years of practical experience.
• High requirements: Refer to GMP and ASME BPE design specifications.
• Sanitary design concept: Optimized structure approaching zero dead corners + self-draining residual liquid design to reduce the risk of bacterial contamination.

• The surface roughness (Ra) of hand-polished surfaces can reach up to 0.1μm or less.
• The surface roughness (Ra) of machine polishing can reach up to 0.4μm or less.
• Full-process quality control guarantee: Argon protection in weld seams; radiographic and penetrant testing; pressure testing.

• 2-hour technical response: Direct diagnosis by engineers.
• 48-hour on-site support: For faults that cannot be resolved online, professional engineers will be dispatched to the site for resolution.
• Drawing archiving: Standardize the archiving of drawings to ensure the efficiency of maintenance and repair.

• High-precision control: Temperature ±0.2℃, rotational speed ±2rpm, PH ±0.03, ensuring process stability.
• Basic version: The device is equipped with standard Internet of Things (IoT) functionality, enabling remote fault diagnosis and convenient program updates and upgrades.
• Upgraded version: The Echosmart system integrates DOE and big data analysis to optimize OUR/CER/RQ parameters in real time.
• Usability design: Select mainstream and universal models, and establish a traceability and supply mechanism for accessories.

• Ready-to-use production units: The pipeline adopts a self-flowing slope design to enhance the liquid discharge efficiency and reduce the risk of residue. The matte brushed surface is anti-fingerprint and easy to clean.
• Flexible layout with free expansion: The multi-stage fermentation system supports modular recombination, facilitating maintenance and process adjustment.