2 x KLF 2L Bioreactor (Bioengineering AG) Control Units (A0089a and b)
The KLF 2L Bioreactor, manufactured by Bioengineering AG, is a versatile laboratory-scale stirred-tank bioreactor system designed for microbial, cell culture, and fermentation processes. With a working volume of 2 liters, it provides an ideal platform for research, development, and small-scale production applications in biotechnology, pharmaceuticals, and academic research.

Engineered for flexibility and precision, the KLF 2L bioreactor offers advanced process control capabilities, modular design, and compatibility with a wide range of sensors and control options. Its compact footprint makes it suitable for laboratory benchtops, while its robust construction ensures long-term operational reliability.
Defects unknown. Never run at Uncommon.

Key Features:

Working volume: 2L (total volume up to ~3L)
Modular, autoclavable glass vessel
Stainless steel or glass lid with multiple ports for sensors, sampling, and additions
Suitable for microbial fermentation or cell culture (aerobic/anaerobic)
Integrated agitation system (magnetic drive or mechanical seal options)
High-precision pH and DO control
Temperature control via heating blanket or water jacket
Automatic foam and level control options
Gas mixing capabilities for O?, N?, CO?, Air
Easy integration with Bioengineering control systems (e.g., bioprocess controllers or SCADA)
Technical Specifications:

Parameter Specification
Working Volume 0.5 2.0 L
Total Volume ~3.0 L
Vessel Material Borosilicate Glass (autoclavable)
Temperature Range 20C 60C (depending on heating option)
pH Range 2.0 12.0
DO Range 0 100% (air saturation)
Agitation Speed Up to 1500 rpm (impeller dependent)
Gas Control Air / O? / N? / CO? via flow meters or mass flow controllers
Control System Bioengineering User-friendly Controller or SCADA Integration
Sterilization Autoclavable vessel and components Dimensions:

Width: 360 mm

Depth: 450 mm

Height: 520 mm

Please Note: Strict payment deadline for receipt of cleared funds is 26th June 2025, with collection deadline of 11th July 2025, with no exceptions.