Insitu Glass Bioreactor

The insitu glass bioreactor is a highly flexible, small bench-scale system designed for both research and industrial bioprocess applications.

✨ Features and Benefits

🔹 🔧 Flexible Usage
Suitable for a wide range of laboratory and industrial research applications, from strain screening to fermentation process development.

🔹 🧪 Versatile Cultivation
Designed to support various cultivation strategies including batch, fed-batch, and continuous operation.

🔹 ⚙️ Reliable Performance
Engineered for consistent, trouble-free operation with precise control of environmental parameters.

🔹 🧩 Space Efficiency
Compact bench-top design that fits easily into limited laboratory spaces while maintaining full functionality.

🔹 🔌 Expandable System
Modular design allows integration with additional sensors and accessories as required for advanced research workflows.

🔹 🎛️ Customizable Control
Control systems can be tailored to application needs, enabling automated regulation of parameters such as temperature, pH, and dissolved oxygen.
Volume Ranges:
2.5 Its,3.5

Independent Reactor Control

The Parallel Bioreactor system enables multiple experiments to be conducted simultaneously, making it ideal for strain screening, media optimization, and process development.

Scalable and Flexible Design

The modular configuration supports easy expansion, enabling laboratories to scale from a single unit to multiple reactors based on research requirements.

High-Throughput Experimentation

The Parallel Bioreactor system enables multiple experiments to be conducted simultaneously, making it ideal for strain screening, media optimization, and process development.

Advanced Data Monitoring

Integrated sensors and data management tools provide real-time monitoring and accurate process control, ensuring reliable and reproducible experimental results.

Features and benefits

Designed for efficiency and reliability, our systems offer space-saving design, independent multi-reactor control, scalable configurations, precise temperature management, and advanced data handling for accurate and optimized performance.