The Distek 5L Autoclavable Microbial Bioreactor is engineered for high-performance microbial applications in research and production environments. Designed with a durable 5-liter glass vessel and a stainless steel headplate, this bioreactor provides flexibility, scalability, and ease of use for microbial fermentation and cell culture processes. The system supports sterilization via autoclaving and integrates multiple ports for sensors, sampling, and additions, making it ideal for advanced bioprocessing applications.
Product Features
- 5L borosilicate glass vessel for clear visibility and robust performance
- Stainless steel headplate for maximum durability and chemical resistance
- Autoclavable design for sterile and reusable operation
- Includes vessel stand for secure positioning and stability
- Dual Rushton impellers and internal baffles for enhanced mixing and aeration
- Cooling finger for precise temperature regulation
- Sparger and overlay gas inlet port for effective gas exchange
- Triple addition port to accommodate multiple feed strategies
- Exhaust condenser and harvest tube for efficient sample recovery
- Thermowell and sample down tube for temperature and sample monitoring
- 2 sensor ports and dedicated foam probe port for process control
- Septum port and multiple port plugs for sterile sampling and sealing
Benefits
- Designed for high-efficiency microbial culture and fermentation
- Multiple ports for flexible configuration and monitoring
- Easy integration into existing bioprocess workflows
- Reusable and autoclavable for cost-effective operation
- Optimized mixing and gas exchange for high cell density cultures
Why Choose the Distek 5L Autoclavable Microbial Bioreactor?
The Distek 5L Autoclavable Microbial Bioreactor is a robust, scalable solution for microbial applications requiring precision, flexibility, and sterility. With a comprehensive set of integrated features and high-quality components, it meets the needs of both R&D and production-scale fermentation. Ideal for biotech labs seeking reproducible and efficient bioprocesses.
