Cell Therapies

Microfluidics That Empower Cellular Precision

In cell therapy workflows, precise handling, sorting, and stimulation of living cells are essential. Our glass microfluidic devices offer unmatched biocompatibility and structural integrity, enabling closed, sterile environments for delicate cell manipulations. Scaling cell therapy manufacturing requires contamination-free, high-throughput microfluidic systems that maintain cell viability.

We solve:

• Contamination risks in plastic-based chips
• Superior chemical resistance ensures no leaching or particle shedding
• Thermal deformation during processing
• Integration of optics and fluidics for real-time monitoring for real-time monitoring of cell processing

You gain:

• Chemically inert and sterilizable chips
• Optical access for fluorescence or photostimulation
• Monolithic glass structures free from bonding misalignments
• Seamless scalability from R&D prototypes to GMP-compliant production

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Applications in cell therapy manufacturing

Glass microfluidic devices enable cell sorting, single-cell encapsulation, electroporation and closed, sterile processing for CAR-T and other advanced cell and gene therapies, supporting scalable and reproducible manufacturing.

Frequently asked questions

Why is glass preferred for cell therapy microfluidics?
Glass is biocompatible, non-leaching and autoclavable, preserving cell viability and enabling GMP-compatible, contamination-free workflows.

Can these devices scale from research to production?
Yes. The same monolithic glass platform supports prototyping through higher-volume manufacturing with consistent geometry and performance.

Related life sciences applications: Discover more femtosecond laser glass micromachining solutions for life sciences, including Single Cell Analysis, Antibody Isolation, and Drug Discovery and Therapeutics.