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3D FloTrix™ miniSPIN FLEX System

4-channel multiplex system suited for R&D when used with our 125mL & 500mL spinner flasks.

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Overview

The 3D FloTrix™ miniSPIN FLEX System is a magnetic stirring device custom-built for the optimized suspension culture of adherent cells. When seamlessly integrated with glass or disposable spinner flasks, this system becomes the essential, high-precision tool for scientific research, small-scale process development, validation, and agile production runs.
Its advanced ultra-low-speed stirring control is calibrated to significantly improve the fluidity of the surrounding culture medium, ensuring superior delivery of critical nutrients and oxygen to cells in suspension. This specialized capability positions the miniSPIN FLEX as the definitive instrument for microcarrier culture, cell maintenance, and critical process optimization. It is, quite simply, the benchmark for controlled, small-scale bioprocess initiation.

Applications

● Process development and optimization studies
● Advanced research in cellular agriculture and biomanufacturing
● Scalable adherent cell expansion on microcarriers in suspension culture
● Bioreactor validation and scale-up modeling

Product Features

● Gentle startup and stable operation for sensitive cell cultures, supporting unlimited run time in Constant Speed Mode.
● Programmable process control to accommodate diverse multi-step and cyclic processing requirements.
● Real-time information display providing continuous monitoring of all critical system parameters and culture conditions.
● Synchronized operation capability enabling unified control across multiple vessel positions for efficient parallel processing.
● Space-optimized low-profile design at just 48mm height to maximize incubator capacity utilization.
● Split-type system architecture with external control unit to protect hardware from incubator environmental stress and extend operational lifespan.
● Advanced composite thermal management utilizing high-conductivity materials and independent cooling to maintain stable culture conditions.

Results

Various Operating Modes