1. Adjustable Mixing for Seamless Workflow Integration
2. High-Resolution, Real-Time DO/pH Monitoring
3. Independently Controlled for Optimized In-Well Environments
4. Optimized for High-Throughput Workflows
1. Adjustable Mixing for Seamless Workflow Integration
Proprietary In-Well Mixing to Support Improved Cell Growth
- Patented pneumatic mixing technology delivering precise, programmable mixing
- Higher oxygen transfer rates and homogeneous medium distribution to support improved cell growth
- Gentle, adjustable mixing enables true beneficial mixing even at the 96-well format
- Effective and reproducible mixing at the 24-well scale to achieve shaker-ready cell numbers
2. High-Resolution, Real-Time DO/pH Monitoring
Continuous High-Resolution Monitoring of DO/pH in Real-Time
- Continuous in-well DO and pH monitoring reveals gradual changes in cellular metabolism over time
- Sampling-free, non-invasive insight reduces contamination risk
- Enables data-informed decision-making at the smallest scale of clone selection
3. Independently Controlled for Optimized In-Well Environments
Independent Environmental Controls for Optimized CLD Workflows
- Independent temperature, CO₂, and humidity control in each incubation chamber
- Allows precise manipulation of culture conditions for optimized output
- Ensures cell health for any downstream assays or sclae-up workflows
4. Optimized for High-Throughput Workflows
Designed to Support High-Throughput CLD Workflows
- High-throughput 24-well/96-well format with individual well control
- Scalable architecture supporting up to 16-chamber configurations
- Compact C.BIRD system connects to any chamber for mixing
