DASGIP Parallel Bioreactor Systems for process development with bacteria, yeasts and other fungi allow for advanced process control and automation.
Tight control of all relevant process parameters, user-defined profiles and numerous automation features result in accelerated and highly-efficient process development. Cutting-edge communication standards support DoE, historians and data mining making sure the process results being statistically significant and beneficial for future projects as well. Individual systems can be customized with numerous components and software functions:

• Parallel operation of four, eight or sixteen vessels
• Excellent growth of bacteria, yeasts and other fungi
• Small footprint using the compact stackable modules
• Predefined recipes for standard applications
• Full controller scripting for easy scale-up and scale-down
• Individual temperature control in each vessel via heating blankets and cooling fingers
• Up to eight liquid feeds per reactor
• Variable speed pump drives
• pH control using acid and/or base
• pO2 control templates for constant gassing and gassing on demand
• Cascaded pO2 control using agitation speed, O2 concentration and gas flow rate
• Level control or anti foam sensor
• Individual gas mixture from air, O2, CO2 and N2
• Thermal mass flow controlled gassing
• In-situ optical density measurement
• Individual real-time gas-analysis of O2, CO2 and the mass-flow for direct calculation of OTR, CTR and RQ
• Optional analyzer, cell counter and HPLC integration