01 Shift From Standalone Apheresis Procedures To Integrated Cell Collection Workflows A key trend in the leukapheresis market is the transition from isolated therapeutic procedures toward integrated cell collection workflows aligned with cell and gene therapy manufacturing. Healthcare providers and therapy developers are increasingly aligning leukapheresis scheduling, sample handling, and logistics with downstream processing requirements. This coordination reduces variability in cell quality and supports smoother transfer into manufacturing pipelines, strengthening the role of leukapheresis as a foundational step in advanced therapy development.
02 Rising Adoption of Closed System And Single Use Leukapheresis Platforms The notable trend is the growing preference for closed-system leukapheresis platforms supported by single-use disposables. These systems limit operator exposure and reduce contamination risk during high-volume cell collection procedures. Manufacturers are expanding disposable kit portfolios designed for specific leukocyte targets, reinforcing procedural standardization across clinical trials and commercial therapy settings.
June 2026 Terumo BCT expanded its cell processing and blood component technologies with advancements supporting leukapheresis and cellular therapy workflows. The company focused on improving efficiency, automation, and scalability for cell collection applications.
March 2026 Fresenius Kabi expanded its apheresis technology portfolio with enhanced blood collection and cell separation solutions. The developments support clinical applications including therapeutic apheresis and cellular therapy manufacturing.
January 2026 Haemonetics expanded its blood management technology portfolio with new solutions supporting automated cell collection and apheresis procedures. The company focused on improving collection efficiency and supporting advanced transfusion medicine workflows.
October 2025 Miltenyi Biotec expanded its cell therapy manufacturing solutions with advanced technologies for cell separation and processing. The initiatives support leukapheresis-based workflows used in CAR-T and other cellular therapy applications.