Bioreactors, also known as fermenters or reactors, are reaction experimental devices that provide reaction space and environment for experiments and production. They are mainly used for cell culture, pharmaceutical production, animal and plant tissue culture, microbial fermentation production, biological product preparation, sewage treatment, etc. This key component of modern biotechnology is a multifunctional device that allows enzymes and microorganisms to perform their natural biological tasks in an inorganic body. These reactors are exquisitely designed to simulate the environment of various life activities, thereby promoting biochemical reactions. Typical bioreactors include fermentation tanks, which provide microorganisms with suitable temperature, pH value and nutrients, making the production of food and medicine possible.

  

Types of Bioreactors

According to different materials, it can be divided into stainless steel bioreactor and glass bioreactor

Stainless steel bioreactor

Stainless steel bioreactor has strong corrosion resistance, and the gas in the water and the outside air are not easy to corrode them. The stainless steel tank has excellent sealing performance, which can effectively prevent the invasion of harmful substances from the outside and ensure that the internal water quality is not polluted. When used under normal pressure, the life of the stainless steel tank can reach more than 100 years. Stainless steel tanks are widely used in the pharmaceutical, food, chemical, building materials and power industries.

Ollital stainless steel bioreactor is a fully automatic bioreactor suitable for production of different scales and types. The performance of this equipment is very strong. Compared with the ordinary stainless steel bioreactor used before, it can realize the automation of processes such as disinfection and can lid removal, eliminating tedious manual operations and improving production efficiency. The fully automatic fermentation tank adopts an advanced control system, making the entire production process more efficient and accurate. Through the integrated design, it can easily cope with various complex production needs and meet the personalized requirements of different customers.

  

Glass Bioreactor

Glass bioreactor has the advantages of flexible structure, powerful function, simple operation, easy upgrade and expansion, etc., and is very suitable for animal cell culture and microbial fermentation research. Glass reactor is a commonly used chemical experimental equipment and has broad application prospects in synthetic chemistry, new material preparation, and new drug research and development. In the current domestic market, glass tanks occupy a dominant position among various types of reactors used for process development and research. Glass bioreactors are widely recognized for their significant advantages such as flexible configuration, powerful functions, simple operation, and easy upgrade and expansion. They not only provide users with more customization options, but also have excellent responsiveness and stability, making them suitable for research projects of all sizes.

 Whether it is the cultivation of animal cells or the development of microbial fermentation technology, glass bioreactor can exert their excellent performance. It can process animal cells from different sources, such as E. coli, as well as yeast, fungi, insect cells, etc., and can also be used for the culture of plant cells. The versatility of this reactor allows scientists to easily implement complex experiments and provides strong support for their research results. Through continuous optimization and innovation, glass bioreactors are gradually becoming an indispensable tool for scientific researchers, promoting technological progress and development in biomedicine, food industry and other related fields.

In short, bioreactors play a core role in modern biotechnology. Bioreactors are devices designed to achieve large-scale cell culture. Bioreactors provide technical support for high-efficiency cell culture, bioengineering and industrial development in the field of life sciences. Whether in traditional industries or emerging fields, they have shown great potential and application value. By using bioreactors, scientists can better understand and control biological processes, thereby promoting scientific discovery and innovation, while meeting society's growing demand for sustainable development solutions