Transform Your Lab with Innovative Bioreactors and High-Efficiency Flasks

Mammalian cell culture for cell line development is a cornerstone of biomedical research and therapeutic production. However, this process presents significant challenges, including the need for stringent control over pH, temperature, and nutrient levels. Precision is critical, as genetic drift can compromise reproducibility and relevance. Scalability, too, remains a hurdle, as cells thriving in small-scale cultures often struggle to adapt to larger systems.

To overcome these challenges, cutting-edge solutions such as the TPP TubeSpin® Cell Culture Bioreactors and high-efficiency flasks have emerged, designed to maximize cell yield and streamline productivity.

Key Features of TPP TubeSpin® Bioreactors

The TPP TubeSpin Bioreactors introduce innovative features to enhance cell culture efficiency and reliability:

1. Enhanced Volume Utilization: These bioreactors accommodate up to 85% fill volumes, optimizing incubator space and increasing throughput.
2. Cyclonic Action for Improved Gas Exchange: By utilizing cyclonic motion, the bioreactors reduce cell damage, shearing, and foaming while enhancing oxygen transfer, CO₂ diffusion, and overall gas exchange.
3. Universal Compatibility: They support a wide range of cell types, including mammalian, bacterial, yeast, and E. coli, ensuring flexibility for diverse research applications.
4. Streamlined Workflow: The bioreactors simplify processes by allowing seamless cell growth and spin-down in a single vessel, eliminating the need for transfers and reducing contamination risks.

This Whitepaper explores the performance and reliability of TubeSpin technology when compared with commercially available alternatives. Key metrics including Mixing Time, Mass Transfer, Cell Growth, and Recombinant Protein Productions Levels of the technologies were evaluated and compared.

Download the Whitepaper and learn how researchers can overcome traditional bottlenecks in cell line development and achieve greater efficiency in advancing their biomedical and therapeutic goals.