How it works
A New Class of Cell Therapy Manufacturing
The Infinity™ microfluidic cellular engineering technology maintains cell health, produces high yields, and supports rapid, complex genome editing – delivering engineered cells of exceptional quality with high proliferative capacities.
Cell Health and Yield
- Rapid cell recovery
- Robust cell expansion
- Phenotype preservation
Universal Payload
- Complex editing
- Sequential editing
- Large payload delivery
Streamlined Workflow
- Simple processing
- Easy to integrate
- No buffers or additives required
Seamless Scalability
- No optimization required
- Consistent cell experience
- Highest quality results at all scales
Healthier cells, better outcomes
The InfinityTM microfluidic process leverages the inherent biomechanical properties that cells use to rapidly adjust to their environment in vivo.
The gentle and rapid nature of this process ensures speedy cell recovery and superior yield of healthy cells, enabling significant time and cost efficiencies in the development and manufacturing of cell therapies.
Our method
- Millions of cells flow simultaneously through microfluidic channels
- They pass under a chevron-shaped ridge at high speeds
- This change in channel size leads to rapid cellular compression, causing a decrease in cell size
- Upon re-expansion the target payload is actively transported into the cell
Streamlined and Scalable
From millions to billions
Unparalleled scalability
Scalability is achieved by increasing the number of channels – no further optimization is required. Uniform treatment of cells through each channel ensures the highest quality results at all scales.
The simplicity in scalability will facilitate a more distributed approach by decentralizing manufacturing facilities to be closer to the point of care – expanding access to cell therapies worldwide.
Start the conversation
We partner with researchers and developers to streamline your cellular engineering workflows and achieve higher yields of safe, healthy cells. We want to hear from you.
