K-Series Cryostorage Systems

Reliable, Efficient Cryogenic Freezers With Easy Access to Samples

With vial storage capacities from approximately 3000 to more than 38,000, the K-Series Cryostorage systems provide easy-to-use sample storage and retrieval for many types of cryogenic storage applications. 

K-Series Freezer Features:

• LN₂ storage in either liquid or vapor phase
• Intuitive touch controls
• Stainless steel vacuum vessel
• Modular design
• Durable powder coated cabinet
• Caster mounted
• Superior vacuum performance
• Made in USA

Advanced K-Series Technology for Superior Sample Preservation

By combining engineering precision with operational efficiency, the K-Series cryogenic freezer represents a sophisticated approach to biorepository storage. Built upon a trusted legacy of cold chain innovation, these systems deliver:

• Advanced thermal management: The freezer maintains consistent cryogenic temperatures and optimizes liquid nitrogen consumption.
• Superior insulation performance: A stainless steel vacuum vessel construction creates a stable environment to safeguard sample integrity.
• Intelligent monitoring: The electronic controllers continuously track temperature and liquid nitrogen levels while delivering comprehensive alarm notifications.
• Operational flexibility: Intuitive touch controls can simplify your system management and streamline daily operations.

The K-Series cryostorage system supports both liquid and vapor phase storage, providing flexibility for diverse sample types and research protocols. This versatility makes it suitable for IVF clinics, biobanking operations, pharmaceutical research facilities and agricultural applications where maintaining precise cryogenic conditions is essential for sample viability.

Scalable Storage Capacity for Growing Research Needs

Rather than replacing entire systems, facilities can integrate additional K-Series liquid nitrogen tank modules alongside existing units to minimize business disruption. This approach allows organizations to expand from initial collections to comprehensive biorepositories without the financial burden of complete system replacement cycles.

K-Series FAQs

Learn more about the K-Series cryostorage freezers from these common questions and answers. 

How does K-Series compare to other liquid nitrogen cryostorage systems?

The K-Series offers benefits, such as:

• Optimized efficiency: Superior vacuum performance helps minimize heat transfer and liquid nitrogen consumption.
• Investment protection: The modular design allows for capacity expansion rather than complete system replacement.
• Long-term value: Reduced maintenance requirements and reliable performance help lower the total cost of ownership.
• Enhanced security: The comprehensive alarm systems provide immediate notification of any system variations.

Can I expand K-Series capacity as my biobank grows?

Yes. The K-Series modular architecture allows seamless capacity expansion as your storage needs increase. You can add storage modules alongside existing units without disrupting active sample preservation or operational workflow. 

The caster-mounted design facilitates repositioning and laboratory reconfiguration as your facility evolves.

What inventory management features does K-Series provide?

When equipped with suitable inventory control systems, the easy-access liquid nitrogen tank design supports comprehensive sample tracking and retrieval protocols. The caster-mounted configuration and intuitive controls facilitate efficient sample location and access. 

Real-time monitoring of liquid levels and temperatures provides operational visibility for complex research environments.

How does K-Series maintain sample integrity?

The compact cryogenic freezer maintains stable temperatures with:

• Exceptional insulation: Stainless steel vacuum vessels insulate the storage, even when you’re accessing the materials.
• Thermal protection: A powder-coated cabinet minimizes temperature fluctuations during retrieval.
• Continuous monitoring: Electronic controllers track the system’s conditions in real time.