Eppendorf BioFlo 320 Bioprocess Control Station Fermenter Bioreactor w/3L Vessel

Eppendorf BioFlo 320 Bioprocess Control Station Fermenter Bioreactor w/ 3L Vessel

Model: BioFlo 320 w/ 3L vessel

Condition: Used, tested in good working condition.  Performance validation by Eppendorf 12/2021. Includes 3L Vessel.  All items/ accessories included are listed, no other items are included.

Includes:

• BioFlo 320 control station
• • Mounted touchscreen monitor
  • Optional 4th front pump
  • 3 TMFC gas sparge module (0.002-1.0 SLPM)
  • Optional secondary gas source overlay module (0.050-5.0 SLPM)
  • Optional secondary universal sensor module for a total of 4 digital or analog sensor connections
  • Optional optical pH sensor module
  • (2x) Optional external pump connection modules
  • Optional water connection
• 3L Eppendorf stainless steel dish-bottom borosilicate glass vessel (1.3 - 3.8L working volume)
• • Baffle
  • Direct drive bearing housing
  • Marine blade Impeller
  • (2x) 13.5PG compression sensor adapters (M1287-5030)
  • Sample port
  • Tri-port
  • Harvest port, addition port, sparger
  • Thermowell/ RTD port
  • Exhaust condenser
• RTD sensor (M1379-8100)
• 3L vessel heat blanket (M1379-8116)
• pH/Redox sensor ISM 12/225mm (P0720-6657)
• CO2 sensor ISM 12/220mm (P0720-6664)
• DO sensor ISM 12/220mm (P0720-6653)

Description:
The BioFlo 320 seamlessly combines form and function in one state of the art package regardless of whether your process includes cell culture or fermentation, autoclavable or single-use bioreactors. A robust industrial design, intelligent sensors, Ethernet connectivity, and enhanced software capabilities are only a few of the features that set it apart from the competition. Combined with a sincere commitment to quality, the BioFlo 320 truly is the premium choice in bench-scale bioprocess control systems.
Small footprint... big impact:
From R&D laboratories to pilot-scale production facilities, space is a major factor when selecting the right equipment. The BioFlo 320 offers flexibility, better control, and maximum functionality while occupying a fraction of the valuable lab space of similar systems. This means greater efficiency and productivity at a lower operating cost for your lab.