Bioreactors

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£0 - £100
£120 - £220
£240 - £399
£400 - £799
£800 - £1000
£1100 - £1999
£2000 - £4999
£5000 - £7999
£8000 - £49999

Manufacturer

Grant
Tecnic

Application Focus Application Focus specifies the primary use or intended process area of the equipment which involves cell cultivation and production of biological products

Application Focus specifies the primary use or intended process area of the equipment which involves cell cultivation and production of biological products

Bacterial/yeast cultivation
Fermentation
Temperature profiling/stress experiments
Upstream bioprocessing

Vessel Configuration This specifies whether or not the equipment can be used as single or multi use, or both

Multi-use/Single-use
Single-use

Process Type This indicates the operational mode the bioreactor supports, such as batch, fed-batch, or continuous processing, defining how materials are added, processed, and removed during production.

This indicates the operational mode the bioreactor supports, such as batch, fed-batch, or continuous processing, defining how materials are added, processed, and removed during production.

Batch
Batch/Perfusion

Minimum System Capacity ( ml ) Minimum System Capacity refers to the smallest working volume in mL the bioreactor system can handle effectively for reliable operation and process control.

Minimum System Capacity refers to the smallest working volume in mL the bioreactor system can handle effectively for reliable operation and process control.

Maximum System Capacity ( litres ) Maximum System Capacity refers to the largest working volume in mL the bioreactor system can handle effectively for reliable operation and process control.

Maximum System Capacity refers to the largest working volume in mL the bioreactor system can handle effectively for reliable operation and process control.

0.03
0.05
10

Agitation System Agitation System in bioreactors refers to the mechanism, such as an impeller, used to mix and maintain uniform conditions within the culture vessel.

Agitation System in bioreactors refers to the mechanism, such as an impeller, used to mix and maintain uniform conditions within the culture vessel.

Impeller
Reverse‑spin

Filtration Capabilities This describe the types and efficiency of filtration processes the Bioreactor can use, such as cassette and hollow fibre, to separate and concentrate biomolecules efficiently.

This describe the types and efficiency of filtration processes the Bioreactor can use, such as cassette and hollow fibre, to separate and concentrate biomolecules efficiently.

Cassette, Hollow Fibre, Ceramic
Tube membrane filters

Modularity & Scalability This describes how easily a bioreactor system can be expanded or customized (modularity) and how well it can handle increasing production volumes (scalability).

This describes how easily a bioreactor system can be expanded or customized (modularity) and how well it can handle increasing production volumes (scalability).

High

Temperature control This indicates whether the bioreactor is equipped to regulate and maintain the desired temperature during the cultivation process.

This indicates whether the bioreactor is equipped to regulate and maintain the desired temperature during the cultivation process.

pH control This indicates whether the bioreactor is equipped to automatically monitor and adjust the pH level during the cultivation process.

Dissolved Oxygen control This indicates whether the bioreactor can monitor and regulate the oxygen levels dissolved in the culture medium to optimize cell growth and metabolism.

This indicates whether the bioreactor can monitor and regulate the oxygen levels dissolved in the culture medium to optimize cell growth and metabolism.

Level / Foam control This indicates whether the bioreactor is equipped with systems to monitor and manage liquid levels and foam formation during the fermentation process.

This indicates whether the bioreactor is equipped with systems to monitor and manage liquid levels and foam formation during the fermentation process.

Agitation Speed control This indicates whether the bioreactor allows adjustment of the stirring speed to optimize mixing and oxygen transfer during cultivation.

This indicates whether the bioreactor allows adjustment of the stirring speed to optimize mixing and oxygen transfer during cultivation.

TOC control This indicates whether the bioreactor includes a system to monitor and manage Total Organic Carbon levels during the process.

Viable Cell Density control This indicates whether the bioreactor can monitor and regulate the concentration of live cells during cultivation.

This indicates whether the bioreactor can monitor and regulate the concentration of live cells during cultivation.

pCO control This indicates whether the bioreactor can regulate the partial pressure of carbon dioxide (pCO₂) to maintain optimal cell growth conditions.

This indicates whether the bioreactor can regulate the partial pressure of carbon dioxide (pCO₂) to maintain optimal cell growth conditions.

External Balance control This indicates whether the bioreactor supports connecting to an external balance for precise monitoring of biomass or media weight during fermentation.

This indicates whether the bioreactor supports connecting to an external balance for precise monitoring of biomass or media weight during fermentation.

Off-Gas Analyzer control This indicates whether the bioreactor has the capability to monitor and regulate gases released during the fermentation process.

This indicates whether the bioreactor has the capability to monitor and regulate gases released during the fermentation process.

Redox control This indicates whether the bioreactor can monitor and regulate the oxidation-reduction potential to maintain optimal conditions for cell growth.

This indicates whether the bioreactor can monitor and regulate the oxidation-reduction potential to maintain optimal conditions for cell growth.

Overall width ( mm ) This is the overall width of the bioreactor in mm

100 - 199
300 - 399
400 - 499

Overall height ( mm ) This is the overall height of the bioreactor in mm

200 - 299
300 - 399
800 - 899

Overall depth ( mm ) This is the overall depth of the bioreactor in mm

200 - 299
500 - 599
600 - 699

Location of manufacture

No Data
UK
European
Outside of Europe

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RTS-1 UK

Grant

Part No: RTS-1UK

Grant special offer - Bioreactor Grant RTS-1 UK, real-time bacterial/yeast cultivation, strain screening, inhibition/toxicity, media optimization, synthetic biology, single-use vessel configuration, batch, system capacity 5mL to 30mL, reverse-spin, chain up to 12 units via USB, with parameter control in Temperature, Agitation Speed and Viable Cell Density OFFER ENDS 24-12-2025

Special offer

£2,317.00

£945.00 Was £3,262.00

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RTS-1C UK

Grant

Part No: RTS-1CUK

Grant special offer - Bioreactor Grant RTS-1C UK, temperature profiling & stress experiments with real-time bacterial/yeast cultivation, strain screening, inhibition/toxicity, media optimization, synthetic biology, single-use vessel configuration, batch, system capacity 5mL to 30mL, reverse-spin, chain up to 12 units via USB, with parameter control in Temperature, Agitation Speed and Viable Cell Density OFFER ENDS 24-12-2025

Special offer

£2,568.00

£1,052.00 Was £3,620.00

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RTS8

Grant

Part No: RTS8

Bioreactor Grant RTS-8, fermentation kinetics, clone/protein expression screening, media optimization, temperature stress profiling, inhibition/toxicity tests, strain QC, systems biology, process optimization, single-use vessel configuration, batch, system capacity 3mL to 50mL, reverse‑spin, 8 tubes per unit, with parameter control in temperature, pH, dissolved oxygen control, agitation speed and viable cell density

£16,639.00

£4,014.00 Was £20,653.00

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eLAB Advanced

Tecnic

Part No: ELABADV-BIO010

Bioreactor TECNIC eLAB Advanced, upstream bioprocessing, multi-use/single-use vessel configuration, batch/perfusion, system capacity 250mL to 10L, with parameter control in Temperature, pH, Dissolved Oxygen, Level / Foam, Agitation Speed, Redox, TOC, Viable Cell Density, pCO, External Balance, Off-Gas Analyzer, impeller agitation system, cassette, hollow fibre and ceramic filtration capabilities, high modularity & scalability, includes machine commissioning and DDP delivery (Please contact us about sensors because some can be added at additional cost)

£77,053.00

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Understanding Bioreactors

A bioreactor is a highly controlled vessel used for cultivating microorganisms, cells or tissues to produce valuable biological products such as pharmaceuticals, vaccines, enzymes, and biofuels. Designed to maintain optimal conditions—such as temperature, pH, oxygen levels and nutrient supply—bioreactors ensure consistent, high-quality yields in both research and industrial production. Available in various types, including stirred-tank, single-use, airlift, and membrane bioreactors, these systems support a range of applications from biopharmaceutical manufacturing to fermentation and tissue engineering. With scalable solutions and advanced process control, bioreactors are essential in modern biotechnology and life sciences.

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