Centrifugation and transfer steps can become a time-consuming bottleneck in cell preparation workflows. Although routine, these steps can increase processing time, introduce operator-dependent variability, contribute to cell loss and impose stress on valuable cell populations.
In this webinar, attendees will learn how a simple, gravity-driven cell fractionation approach can streamline selected workflows in regenerative medicine, cell therapy and stem cell research.
Rather than replacing separation methods, the featured speaker will provide a practical framework for identifying where a precise, label-free approach can reduce centrifugation and handling while supporting simpler, more reproducible cell-processing workflows.
The featured speaker will introduce a single-use cell fractionation filter developed using precision metal microfabrication technology. Its metal mesh enables label-free, size-based separation, washing, filtration and cell recovery without dedicated separation equipment.
The webinar will also discuss application data from PBMC processing, immune cell fractionation and single-cell preparation. Additional examples include spheroid size control, microcarrier separation and the removal of red blood cells, debris and aggregates.
Register for this webinar to learn how Centrifugation can be reduced to streamline cell separation, washing and recovery workflows.
Speaker
Kenta Imai, PhD, Business Development & Marketing Manager, Murata Manufacturing
Kenta Imai, PhD, leads Business Development and Marketing for Consumables and Devices supporting regenerative medicine and cell therapy at Murata Manufacturing Co., Ltd. He oversees the global commercialization of CELLNETTA, the world’s first metal cell fractionation filter.
Dr. Imai earned his PhD from the Graduate School of Frontier Biosciences at Osaka University and has more than a decade of experience in cell biology research and precision device development. He has been involved with CELLNETTA since its early development through commercialization, helping define its technical requirements and application strategy in collaboration with cell therapy developers and academic researchers. His experience spans applications including CAR-T manufacturing, stem cell isolation and single-cell analysis.
Message PresenterWho Should Attend?
This webinar will appeal to:
- Scientists and research leaders developing regenerative medicine, cell therapy and stem cell therapy products
- Process Development, Cell Manufacturing and CMC teams
- Researchers working with PBMCs, immune cells, primary cells, iPSCs and three-dimensional cell cultures
- Scientists responsible for cell isolation, washing, filtration and sample preparation
- Laboratory Managers and technology evaluation teams seeking simpler cell-processing workflows
What You Will Learn
Attendees will:
- Identify opportunities to simplify cell preparation workflows by reducing centrifugation and transfer steps
- Learn how a label-free, gravity-driven approach can improve workflow consistency while reducing cell handling
- Explore real-world applications across PBMC processing, immune cell enrichment, spheroid processing, microcarrier separation and other common cell preparation workflows
- Understand how to select the appropriate mesh size (5–200 µm) and evaluate the approach within existing research or process development workflow
Xtalks Partner
Murata Manufacturing
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