Overview:
The CryoPod and LN₂ filling station from Azenta Life Sciences are designed to support safe handling and transport of samples at cryogenic temperatures. This solution ensures that samples remain protected even when they are moved outside of long-term storage systems. The CryoPod acts as a portable carrier that keeps samples at ultra-low temperatures using liquid nitrogen vapor, while the filling station enables quick and controlled refilling. Together, they help maintain a continuous cold chain, reducing the risk of temperature fluctuations during sample movement. This system is particularly useful in workflows where samples need to be transferred between storage systems, laboratories, and processing areas.
Features:
- Portable solution for transporting samples under cryogenic conditions
- Maintains ultra-low temperatures to protect sensitive materials
- Helps ensure cold chain continuity during sample handling
- Automated LN₂ filling for quick and consistent refilling
- Reduces manual handling and improves operator safety
- Reliable temperature control during short-term storage and transport
- Easy-to-use system with simple operation
- Supports integration with cryogenic storage workflows
- Minimizes risk of sample degradation during transfer
- Suitable for high-value and sensitive biological samples
System Components
- CryoPod: Portable LN₂ vapor-based carrier designed to maintain cryogenic temperatures during sample transport
- LN₂ Filling Station: Automated system that refills the CryoPod with liquid nitrogen in a safe and controlled manner
Specifications:
- Platform Type: Cryogenic sample transport carrier with automated LN2 refill system
- Temperature Capability: Maintains ultra-low cryogenic conditions during transport
- Refill Process: Automated LN2 filling with consistent and repeatable operation
- Workflow Type: Semi-automated transport with automated refilling
- Integration: Compatible with cryogenic storage systems and LN2 supply sources
- Applications: Biobanking, cell and gene therapy, clinical research and sample transport workflows
