Modular design, creating flexible experimental combinations

Multi link stainless steel fermentation tanks are usually composed of 2 to 6 fermentation tanks of the same or different specifications, each of which can independently control key parameters such as temperature, pH value, dissolved oxygen, stirring rate, etc. This modular structure not only saves space, but also greatly enhances the flexibility of experiments. Users can run different strains of bacteria, different culture media, or different process conditions simultaneously according to experimental needs to achieve parallel comparison, thereby quickly screening cultivation schemes and improving research and development efficiency.

High precision control ensures data consistency

This type of equipment is generally equipped with an automation control system, supporting PLC+touch screen operation interface, and has multiple functions such as data recording, curve display, alarm prompt, etc. Unified gas supply, power supply, and water supply systems are used between each tank, in conjunction with independent sensors and actuators, to ensure the accuracy and repeatability of each experimental data set. In addition, some models can also achieve remote monitoring and mobile management, making it easy to grasp the fermentation process in real time.

Widely applied and serving diverse fields

Multi link stainless steel fermentation tanks are widely used in university research laboratories, biopharmaceutical enterprises, food breweries, and environmental engineering units. In vaccine development, it is used for strain optimization and fermentation process development; In probiotic production, parallel cultivation and stability testing of multiple strains are supported; In the field of environmental protection, microbial degradation research is also commonly used for comparative analysis of microbial community activity under different treatment conditions.

Technological upgrade, moving towards an intelligent future

With the development of Industry 4.0 and intelligent manufacturing, multi link stainless steel fermentation tanks are gradually moving towards intelligence. For example, introducing AI algorithms for fermentation process prediction and optimization; Realize multi device linkage and cloud data sharing through IoT technology; Even integrating with the Laboratory Information System (LIMS) to enhance the overall digitalization level of the experimental process.