Discover how new processing methods tackle challenges in large-scale stem cell production. Learn how automated, low-shear processing maintains cell health and pluripotency across various production scales.

Discover common pitfalls in cell washing and pre-formulation, including incomplete contaminant removal, manual handling, and throughput issues that compromise product quality and efficiency.

Current cell harvest techniques in allogeneic manufacturing face limitations, including scalability issues and cell damage. Learn why a shift in approach is vital for high-quality, efficient production at scale.

Traditional depth filtration struggles with lentiviral harvest clarification, leading to low yields and high costs. However, single-use centrifugation offers a promising alternative.

This article discusses the application of tubular bowl centrifuge technology in the cultivation of induced pluripotent stem cells (iPSCs) for regenerative medicine.

Explore how the processing speed of cell separation methods impacts product quality, process efficiency, and overall economics.

Single-use tubular bowl centrifuges are standing out to cell therapy developers for their ability enable the optimal balance between high separation efficiency, high productivity, and low shear.

Explore the significance of low-shear separation and delve into the principles of tubular bowl centrifugation, comparing it to alternative technologies.

For many applications, cutting-edge centrifugation technologies can achieve cell harvest optimization, providing a low-shear, high-yield process that is tightly controlled and highly reproducible.

Benefit an instrument that is showing potential to optimize Vero cell culture processes through concentration and FBS removal using PBS as the wash solution.