Eppendorf New Brunswick™ BioFlo® Pro
BioFlo Pro Fermentors are modular systems designed for quick delivery, dependable operation and system flexibility, all at an affordable price. Pro systems utilize industry-standard components for dependable operation, and an Allen Bradley® CompactLogix™ programmable-logic controller (PLC) for easy integration into any production facility. The modular design enables multiple options to be added, removed, or changed at any t…
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BioFlo Pro Fermentors are modular systems designed for quick delivery, dependable operation and system flexibility, all at an affordable price.
Pro systems utilize industry-standard components for dependable operation, and an Allen Bradley® CompactLogix™ programmable-logic controller (PLC) for easy integration into any production facility. The modular design enables multiple options to be added, removed, or changed at any time to meet your various process requirements.
Fermentors available in 120, 240, 400, & 1200 liter sizes.
BioFlo® Pro Working Volumes:
- 45 L to 120 L
- 68 L to 240 L
- 103 L to 400 L
- 375 L to 1200 L
Applications:
- Pilot and large scale fermentation of aerobic and anaerobic bacteria, yeasts, and fungi;
- Special applications such as vaccine or biofuel/biopolymer production;
- Suitable for batch, fed batch, and continuous processes
Standardizing microbiome research – Culture from discovery to production
In this poster, Eppendorf outlines a microbiome culture workflow covering the diverse culturing needs of gut microbes (including oxygen, pH, and temperature control) and the scalable bioprocess systems that are available for culture research to production.
Production of Polyhydroxybutyrate from Lignocellulosic Hydrolysates—Optimization of Bacillus sacchari Fermentation and Scale Up from 2L to 200L
Polyhydroxyalkanoate (PHA) biopolymers are naturally produced by bacterial strains from sugars, this group includes polyhydroxybutyrate (PHB). PHB is seen as an environmentally friendly alternative to many fossil fuel plastics, however the production process is more expensive and so less environmentally friendly plastics are still being used. In this application note from Eppendorf an alternative method of PHB production is described using Eppendorf New Brunswick™ BioFlo®/CelliGen® 115 and New Brunswick BioFlo 415, 610 and Pro fermentation systems.
Which Impeller Is Right for Your Cell Line? A Guide to Impeller Selection for Stirred-Tank Bioreactors
This application note describes six commonly used fermentor and bioreactor impellers, explain how they work, and identify which may perform best for culturing certain animal, insect, plant, yeast, and bacterial cell lines.
Standardizing microbiome research: culture from discovery to production
Download the microbiome workflow poster from Eppendorf
