eProd Bioreactor SU

Single use double purpose Bioreactor

eProd Bioreactor SU is a stirred tank reactor with a single-use bag (eBAG 3D STR), designed for cell culture and microbial fermentation processes at 300 L and 1000 L scales. It combines a stainless steel vessel with a jacket for thermal control, mechanical agitation and an automation system geared towards operation and traceability.

System architecture and subsystems

The eProd Bioreactor SU is based on a modular platform consisting of a jacketed tank and single-use eBag 3D STR, a mechanical agitator configurable by culture type, a control unit (DCU) with HMI and integrated peristaltic pumps, and a cooling module chiller for the thermal circuit.

eBag 3D STR
Bench
Jacket
Agitation
Control and skid
Chiller

Module

Jacketed tank + eBAG

Function

Single-use process vessel and thermal control

Includes

eBAG 3D STR bag with sensors and filtration, jacketed vessel, bench with wheels and levelling feet.

Module

Agitation

Function

Mixing, gas dispersion and shear control

Includes

Shaft with 3 impeller levels, Rushton type for microbial mode or pitch-blade type for cellular mode.

Module

DCU + skid

Function

Process automation and utility management

Includes

15" touchscreen HMI, PLC and I/O, integrated peristaltic pumps (acid, base, defoamer, medium), gas conditioning.

Module

Chiller

Function

Thermal circuit cooling and gas condensation support

Includes

Compact unit with thermal circuit connection and electrical protection, depending on configuration.

Scope may vary depending on configuration, application (microbial or cellular) and project requirements.

Performance assessment of single-use bioreactor family

Download the performance assessment of single-use bioreactor family, covering oxygen transfer (kLa), agitation behaviour, scalability across 0.5 L to 1000 L, and FAT-based validation data for temperature and airflow control. A useful technical overview for teams evaluating single-use bioreactor performance in mammalian and microbial processes.

Performance Assessment SUB

eProd Bioreactor SU

Single use double purpose Bioreactor

eProd Bioreactor SU is a stirred tank reactor with a single-use bag (eBAG 3D STR), designed for cell culture and microbial fermentation processes at 300 L and 1000 L scales. It combines a stainless steel vessel with a jacket for thermal control, mechanical agitation and an automation system geared towards operation and traceability.

Get to know the eProd Single-Use Bioreactor, built for production-scale workflows

Discover the eProd Single-Use Bioreactor, a production-scale stirred-tank system designed for cell culture and microbial fermentation at 300 L and 1000 L, combining a jacketed stainless-steel tank, single-use eBAG 3D STR, and integrated automation for control and traceability.

Dual-purpose platform (microbial or cell culture)

Reduced batch changeover time

Integrated automation and reporting

Mass and volume measurement with load cells:

Double Purpose - Standard models and capacities

Model Application Working volume Minimum volume*
eProd Bioreactor SU 300 L Microbial / Cellular Up to 300 L 60 L
eProd Bioreactor SU 1000 L Microbial / Cellular Up to 1000 L Consult (depending on configuration)

Minimum operating volume depends on the geometry and configuration of the bag/impellers.

Pitch-blade, 45° Low shear (cellular)

Optimised for cell culture mixing with a 45° pitch-blade impeller. It promotes gentle circulation and low shear conditions to help protect shear-sensitive cells while maintaining homogeneous media conditions.

More Information

Rushton, high O₂ transfer (microbial)

Designed for microbial processes where oxygen transfer is critical. The Rushton impeller increases gas dispersion and supports higher kLa performance, helping meet DO demands in high-cell-density fermentations.

More Information

Main specifications

Below, you can explore the main specifications and key design details of the system, organised by topic for quick review.

Main Configurations

Microbial vs Cellular Performance

Utilities

Consumables

Microbial vs cellular details Hardware and gases

Software

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