Process bioreactor EDF-5.4 series
laboratory-scaleglassautoclavable

Process bioreactor - EDF-5.4 series - Biotehniskais centrs - laboratory-scale / glass / autoclavable
Process bioreactor - EDF-5.4 series - Biotehniskais centrs - laboratory-scale / glass / autoclavable
Process bioreactor - EDF-5.4 series - Biotehniskais centrs - laboratory-scale / glass / autoclavable - image - 2
Process bioreactor - EDF-5.4 series - Biotehniskais centrs - laboratory-scale / glass / autoclavable - image - 3
Process bioreactor - EDF-5.4 series - Biotehniskais centrs - laboratory-scale / glass / autoclavable - image - 4
Process bioreactor - EDF-5.4 series - Biotehniskais centrs - laboratory-scale / glass / autoclavable - image - 5
Process bioreactor - EDF-5.4 series - Biotehniskais centrs - laboratory-scale / glass / autoclavable - image - 6
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Characteristics

Applications
process, laboratory-scale
Material
glass
Other characteristics
autoclavable

Description

EDF-5.4 is an autoclavable glass bioreactor with working volume till 4,5l (total volume 6,2 l, inside diameter 150 mm). ​ Laboratory bioreactor EDF-5.4 has two versions: • EDF5.4_1 for the cultivation of bacteria, yeasts and mycelial cultures; • EDF-5.4_2 for the cultivation of mammalian and plant cells. EDF-5.4 has a compact, ergonomic and robust design. Glass cylinder vessel is mounted between the upper lid and the metallic jacketed bottom. The design of the bioreactor is easy to maintain and apply basic operations and preparatory process, in particular, washing and autoclaving. Extension and option possibilities Gas mixing using mass flow controllers Hamilton ARC pH and DO sensors. These sensors send 4-20 mA signals directly to PLC and ensure at the same time information management via Bluetooth in smartphones or PC installed programs. This program generates a report about all calibration procedures, sterilization numbers, predicted service life. ​Connection of additional sensors: culture turbidity (optical density), culture permittivity (viable cell density), conductivity, methanol/ethanol, off-gas analysis (O2, CO2, CH4), etc. On-line/off-line data analysis and advanced process control possibilities using PC implemented program (Matlab, Python) algorithms communicating to process control system (PLC and SCADA). Novel magnetic coupling drive to improve sterility and retain sterility throughout the fermentation process Collapsible condenser allows decrease the height during autoclaving Reliable and adaptable Siemens Simatic S7-1500 based PLC to control the bioprocesses and maintain life in the reactor

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.