Sartorius Biostat B Twin Benchtop Bioreactor Controller with Single-Use Univessel SU System for Cell Culture

The Sartorius Biostat B Benchtop Bioreactor SU Univessel System, Twin is a state-of-the-art bioprocess control system designed for parallel cell culture applications in biotechnology and molecular diagnostics. This twin controller supports simultaneous operation of two independent single-use Univessel SU bioreactor vessels, enabling efficient small-scale bioprocess optimization, seed train expansion, and suspension cell growth studies.

Key features include:

This system is widely adopted in molecular biology, clinical diagnostics, and synthetic biology research for tasks requiring precise environmental control and reproducible culture conditions. It is essential for mammalian cell culture process development, parallel cultivation screening, and bioprocess scale-up studies. The single-use format reduces contamination risk and cleanup time, supporting efficient bioprocessing and biopharmaceutical production pipelines.

Please note consumable vessels are not included and must be purchased separately (Sartorius Univessel® SU single-use culture vessels). The system can be modified to accommodate autoclavable glass vessels upon request, enhancing flexibility for diverse bioprocess applications.

This bioreactor package includes:

This pre-owned unit has undergone rigorous factory refurbishing and comprehensive functionality testing, including pump operation, gas mixing accuracy (NIST-traceable standards), temperature sensor calibration, agitation motor verification, scale precision, and touchscreen interface testing. The system is delivered fully functional with 120-day warranty (US) and technical support including remote setup and training options.

Ideal for researchers requiring parallel bioreactor control systems optimized for single-use bioprocess development in biotechnology and synthetic biology domains. The Sartorius Biostat B system enables reliable cell culture scale-up with precise control of gas composition, agitation, and temperature, vital for gene editing, protein expression, and biomanufacturing workflows.