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Fermenters / bioreactors

Bioreactors are specially designed vessels or systems to sustain biologically active processes. Sometimes, bioreactors can be simple vessels in which a reaction is carried out with the help of microorganisms. Often, bioreactors have temperature and atmosphere control to adjust gas concentration or maintain aerobic or anaerobic conditions. One example of a bioreactor is a fermenter to extract energy from carbohydrates (more) in an anaerobic environment. Different sizes are available, from small bioreactors of just milliliters to larger models that can harvest liters, to industrial-sized bioreactors that contain thousands of liters of liquids. In microbiology and cell culturing, bioreactors may be used to grow microbes or create special tissues.

Sartorius Biostat B-DCU Bioreactor System-cover
Sartorius Biostat B-DCU Bioreactor System

System consists of: 1x Sartorius Stedim BioPAT DCU Control Tower 4x Sartorius Stedim Biostat B-DCU B (more)ioreactor Unit 4x Sartorius Stedim Univessel SU Reactor Holder 8x Sartorius PMA7501 Scale 4x Sartorius BB Reactor Heating Blanket 4x Sartorius Filter Heater The Biostat B-DCU is a fermenter/bioreactor specifically designed to accommodate the requirements of process optimization and characterization in the biotech and biopharmaceutical industry. It provides enhanced functionality and an unrivalled level of options for cell culture and microbial processes making it the ideal scale-down model for your large scale process. Supply Tower Gases – Gas supply pressure 1.5 bar (Gasses must be dry, oil and dust-free), connection of gas hoses with d external 6 mm Water – Water supply pressure: 2 – 4 bar, Flow rate up to 20 l/min, Temperature minimum 4°C, Degree of hardness: 12° dH max. Integrated water pressure reduction down to: 1.5 bar Interfaces – 3+ external signal inputs 0–10 V 3+ external signal inputs 4–20 mA Fieldbus for serial or ethernet devices Digital output 24 V for on/off control of external devices Up to 4 analoge outputs for external pumps Connection for control of external drive motor (0–10 V) Dimensions (WxHxD): 360 x 768 x 432 mm Weight: 45 kg Motor drive Rotation speed: 20 – 400 rpm Process Control Temperature: Pt100 0 – 150°C (temperature control 0 – 80°C) Dissolved oxygen: single-use DO sensor patch 0–100% pH: single-use pH sensor patch 6.5 – 8.5 pH Redox: Combined measurement with pH sensor –1,000 –1,000 mV Balance substrate: 7 kg / 1 g Gravimetric flow controller: Accuracy for 7 kg balance 5 g/h O2 offgas: Zirconium dioxide 0–50 vol% CO2 offgas: Infrared 0–10 vol% Temperature control module for UniVessel SU Single-use Culture Vessel With Heating Blanket Electrical heating blanket Temperature control up to 50°C Heating capacity 2 L : 200 W

Netherlands
fermenters or bioreactors
Solaris Biotech Solution Jupiter 3.0 Fermenter-cover
Solaris Biotech Solution Jupiter 3.0 Fermenter

This listing is for a Solaris Biotech Solution Jupiter 3.0 Fermentor.The unit is in full working con (more)dition and is ready for immidate realese.The Solaris Biotech Solution Jupiter 3.0 Fermentor is a highly versatile and configurable bioreactor system, ideal for laboratory-scale applications. With advanced automation and robust design, it caters to a wide range of research and development needs, as well as small-scale production.Key Features:Autoclavable and Sterilizable Design:Ensures ease of cleaning, sterility, and reliable operation for contamination-free processes.Flexible Vessel Options:Available in various aspect ratios and thermoregulation designs, with total volumes ranging from 2.0 L to 10.0 L.Pressure Control:Handles pressures up to 1.6 bar in the 2 L and 4 L jacketed vessels, with continuous gas-in and gas-out flux.Innovative SCADA Software (LEONARDO 3.0):Provides automated management of fermentation and cultivation processes, ensuring precision and ease of operation.Parallel Management:Supports simultaneous operation of up to 24 units via a single HMI with a 24” display, streamlining complex workflows.Remote Access:Enables monitoring and control via PC, tablet, or smartphone, using QR code scanning or a dedicated web portal for remote convenience.Applications:Process Development and Optimization:Facilitates experimentation and optimization of bioprocesses for scale-up and scale-down studies.Education and Research:Suitable for educational purposes and basic research in bioprocessing.Small-Scale Production:Supports small-batch manufacturing and pilot-scale processes.Benefits:Cost-Effective Performance:Combines advanced features with affordability for laboratory and production environments.High Level of Automation:Simplifies management of fermentation and cultivation with LEONARDO 3.0 software, reducing operator workload.Versatility and Configurability:Adaptable to a wide variety of applications, ensuring compliance with validated GMP regulations.Technical Specifications:Material: VALOX resin (external) and silicone (internal)Autoclavable: 121-133°C for up to 30 minutesResidual Volume: 0.04 mLFlow Rate: 65 mL/min

£10,000.00 ex VAT
United Kingdom
fermenters or bioreactors
BugLab BE2100 Biomass Sensor-cover
BugLab BE2100 Biomass Sensor

This listing is for 1 of 2 BugLab BE2100 Biomass Sensor.The unit is in full working condition and is (more) ready for immediate release.The BugLab BE2100 Biomass Sensor is an advanced, non-invasive sensor designed for real-time, in-situ monitoring of biomass concentration in bioreactors and fermenters. It is widely used in biopharmaceutical, biotechnology, and industrial fermentation applications to track microbial growth, providing valuable data for optimizing production processes.Key Features:Non-invasive: The BE2100 is designed to be used externally, which allows for real-time monitoring without the need to extract samples or disrupt the process.Real-time Biomass Monitoring: Provides continuous data on biomass concentration, enabling users to make on-the-fly adjustments to optimize growth conditions.Compatible with Bioreactors and Fermenters: Can be easily integrated into most existing fermentation systems, making it a versatile tool for various bioprocesses.Optical Density Measurement: Measures the optical density of the culture, correlating the light scattering properties of cells in the growth medium with biomass concentration.User-Friendly Interface: The sensor provides instant feedback on the biomass concentration, helping operators monitor growth phases more accurately.Advantages:Sterility Maintained: Non-invasive design ensures that the process remains sterile, as there is no need to open or sample the bioreactor or fermenter.Accurate & Reliable: High precision measurements offer real-time insights into the biomass concentration, improving process efficiency.Low Maintenance: The external, non-contact design requires minimal maintenance, reducing operational downtime.Cost-effective: By providing real-time monitoring, the sensor can help avoid unnecessary batch failures, improving overall productivity and reducing costs.

£40.00 ex VAT
United Kingdom
process controls, fermenters or bioreactors
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