BioPAT® Viamass Signal Simulator Set (Multi-use)

Tech Support Documents
BioPAT® Viamass Signal Simulator Set (Multi-use)
 

The BioPAT® Signal Simulator Sets are designed for functionality validation of both single-use (SU) and multi-use (MU) probes.

The SU Signal Simulator Set contains two reusable simulators, providing a zero low-value and a high-value signal (0 pF/cm, 0 mS/cm and 100 pF/cm, 40 mS/cm) for use with Flexsafe® RM and Flexsafe® STR systems.

The MU Signal Simulator Set contains three reusable simulators, including a zero low-value simulator, a high-value simulator, and a clean-pulse simulator for testing the clean pulse function (0 pF/cm, 0 mS/cm and 100 pF/cm, 40 mS/cm and clean pulse). It is intended for multi-use applications in Biostat® Univessel, benchtop bioreactors such as Biostat® B and Biostat® B-DCU, as well as Sartorius stainless steel reactors.

Usage
Item No.: 
BPV0MCK
*Custom/bulk order quotes are provided within 72 hours of request.
BioPAT® Viamass Signal Simulator Set (Multi-use)
BioPAT® Viamass Signal Simulator Set (Multi-use)

The BioPAT® Signal Simulator Sets are designed for functionality validation of both single-use (SU) and multi-use (MU) probes.

The SU Signal Simulator Set contains two reusable simulators, providing a zero low-value and a high-value signal (0 pF/cm, 0 mS/cm and 100 pF/cm, 40 mS/cm) for use with Flexsafe® RM and Flexsafe® STR systems.

The MU Signal Simulator Set contains three reusable simulators, including a zero low-value simulator, a high-value simulator, and a clean-pulse simulator for testing the clean pulse function (0 pF/cm, 0 mS/cm and 100 pF/cm, 40 mS/cm and clean pulse). It is intended for multi-use applications in Biostat® Univessel, benchtop bioreactors such as Biostat® B and Biostat® B-DCU, as well as Sartorius stainless steel reactors.

Item No.:
BPV0MCK

Overview

Specifications

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The BioPAT® Viamass biomass measurement system enables the field-proven sensor technology used for decades in stainless steel fermenters to be utilized in single-use bioreactors. Based on impedance spectroscopy, this sensor technology measures the specific capacitance of the culture medium and the cells, providing an excellent correlation to viable biomass. Integrated into the bioreactor’s DCU and Biobrain® system, BioPAT® Viamass permits automatic monitoring and control of viable biomass.

  • Reduces the need for manual sampling, lower risk of contamination due to lower sampling needs
  • Easy to use plug and play operation for rapid cell expansion
  • Real-time measurement of and feedback on viable biomass
  • Decreased labor and laboratory costs for offline analysis
  • Ensures batch-to-batch consistency
  • Improved data gathering
  • Eliminates operator influence that occurs in manual biomass measurements

Applications

  • Application
    Process Analytical Technologies (PAT)
  • Usage
    Multi-use

Components

  • Additional Required Components
    • BioPAT® Viamass electronic for multi-use (MU)
    • BioPAT® Viamass multi-use probes

Features

  • Device/Instrument Compatibility
    • Biostat® B
    • Biostat Univessel®
    • Biostat® B-DCU
    • Sartorius Stainless Steel Reactors

Product Information

  • Brand
    BioPAT® Viamass