Stainless Steel Multiple Fermentor for High-Throughput Fermentation Studies

Stainless Steel Multiple Fermentor

Designed with stable and reliable seed-transfer pipelines.

Customizable 10–10,000 L total volume stainless steel bioreactor

2–6 stainless steel vessels, with each unit capable of independent operation.

Mechanical stirring or magnetic stirring is available, with support for interchangeable stirring paddles of various types.

Standard 4×n peristaltic pumps, expandable configuration

Standard single-air-intake system, with optional multi-gas-intake system. Supports upgrade to automatic air-intake system.

Unified control: temperature, agitation, pH, DO, antifoam, feeding

User-friendly 15-inch touch screen for intuitive and convenient operation.

Designed with stable and reliable pipelines.

High-efficiency multi-unit parallel stainless steel fermenter professionally developed for lab parallel fermentation research and bioprocess validation, core experimental equipment for life science, biopharmaceutical and food & beverage industry R&D
Integrated one-controller multi-vessel system centrally manages 2–6 independent stainless steel fermentation tanks simultaneously, supporting high-throughput process screening and comparative fermentation experiments
Premium sanitary SUS316L stainless steel construction with inner surface polishing Ra ≤ 0.4 μm, effectively reduces residue adhesion and contamination risks, fully compliant with biological culture hygiene standards
Fully independent parallel tank control ensures zero mutual interference between each vessel, every fermentation unit supports separate parameter setting for accurate contrast experimental data
Independent sensors & 4 dedicated peristaltic pumps per vessel realize precise closed-loop control of temperature, agitation speed, pH, dissolved oxygen, defoaming and feeding for each parallel tank
15-inch high-definition intuitive touchscreen simplifies full-system operation and real-time monitoring, requiring no professional operational skills for laboratory staff
Reliable high-throughput fermentation solution perfectly adapted for laboratory R&D, bioprocess verification and strain parallel screening, serving scientific research institutions and biotech enterprises

Item	Details
Vessel	Double-wall jacketed stainless steel vessel Material:The parts in contact with the material are made of 316L stainless steel, the casing is constructed from 304 stainless steel. Total volume: 5~100,000L (customizable) Working Load Rate:30%~70% Number of tanks：2~6
Agitation	Magnetic stirring or mechanical stirring (optional) Speed:0-1000rpm Blades:all alternative impeller styles support customization
Temp.	Temperature control range: Cooling water +5℃ to 65℃ Temperature sensor: PT100 platinum electrode
Feed	Standard 4 pumps; fixed speed or variable speed optional
Gas	Standard: single air intake each tank Optional: multiple independent air intakes Standard: manual rotameter Optional: automatic mass flow controller (MFC)
Control System	Temperature, agitation speed, pH, DO, antifoam, and feeding control
Sterilization	Online steam sterilisation
Expandable	ORP electrode, biomass sensor, precision weighing balance, off-gas analyzer, four-valve feed system, automatic CIP, automatic SIP, (global & domestic brand options available)

1.What is the biggest advantage of multi-unit stainless steel parallel fermenters?

A: It adopts one integrated controller to operate 2–6 stainless steel vessels simultaneously, enabling high-throughput parallel fermentation screening and comparative experiments while saving lab space and equipment costs.
2.Will the multiple stainless steel tanks interfere with each other during operation?

A: No. Each vessel is equipped with independent sensors and dedicated peristaltic pumps. All parallel tanks support separate parameter control with zero mutual interference for accurate comparison data.
3.What material standard does the stainless steel multi-parallel tank adopt?

A:Built with high-quality SUS316L stainless steel with inner surface roughness Ra ≤ 0.4 μm, minimizing residue and contamination to meet strict biological fermentation hygiene standards.
4.What parameters can be independently controlled for each parallel tank?

A: Every single unit supports precise independent regulation of temperature, agitation speed, pH, DO, feeding and defoaming, supporting diverse experimental conditions in one batch run.
5.What application scenarios are suitable for stainless steel multi-parallel fermenters?

A: Widely used for high-throughput strain screening, bioprocess validation, fermentation condition comparison and formula optimization in biopharmaceutical, food and life science research labs.