Accelerating Cell and Gene Therapy Manufacturing with High-Efficiency Microfluidic Electroporation

Our Solution:

Advanced Microfluidic Electroporation for Precise Control and Scalability.

• High Transfection Efficiency: Maximize successful cargo (mRNA, DNA, CRISPR components) uptake for robust genetic modification.
• Superior Cell Viability: Minimize cellular stress by applying a highly uniform electric field, leading to higher yields of healthy, functional primary cells.
• Scalable Performance: Continuous flow during transfection produces consistent, predictable results from small R&D batches to commercial volumes.

Core Technology:

Electroporation in Continuous Flow using microfluidics

Electroporation Mechanism

Creating Transient Pores for Cellular Cargo Delivery

The diagram shows the process: (1) Before Pulse: Membrane is intact; (2) During Pulse: Transient pores open; (3) After Pulse: Pores close, sealing cargo inside.

Microfluidic Flow Electroporation

Continuous Processing in Electric Field

The animation shows cells passing through the uniform electric field of the microfluidic chip for high-speed, high-viability processing.