In terms of research laboratories, diagnostic laboratories or pharmaceutical laboratories, maintaining rigid conditions for their precious samples is the basis of activity. Considered an important undetectable element in the laboratory, liquid nitrogen containers are also known as cryocan containers. They keep samples warmed under the lowest temperature possible, so materials biological or chemical, are basically protected.

Why Cryocan Containers Are Essential for Laboratories

A laboratory cryocan offers more than just the storage of liquid nitrogen; it protects sample temperature fluctuations. Modern cryocans are designed for self-pressurization, thus automatically transferring LN2 to freezers without requiring manual intervention. This saves time and lessens the chances of spilling or accidents occurring in the lab.

For example, labs that handle stem cells, vaccines, or genetic samples can’t afford temperature variations. A reliable cryocan container maintains the integrity of these samples, ensuring experiments and diagnostics stay accurate.

Types of Cryocan Containers

Laboratories have diverse needs, which is why cryocans come in several series:

• Cryocenter Series LN2 Containers: These stainless-steel liquid nitrogen storage containers come with advanced liquid nitrogen level and temperature monitoring systems. They are good for long-term static storage and feature self-pressurisation for automatic LN2 charging, enabling smooth and efficient execution of lab operations.
• Dry Shipper Containers of CryoCarrier Series: Small in size, cheap, and easy to handle, this mini-volume cryocan can serve small- and medium-scale laboratories that require transporting only a limited number of samples safely.
• CryoTrans Series Container for LN2 Storage: Designed to transport small quantities of liquid nitrogen safely between sites in short distances, these cryocans do their job well.

Benefits of Using LN2 Storage Containers

1. Sample Protection: Samples are kept at ultra-low temperatures in LN2 containers to protect them from damage or degradation.
2. Safety and Operational Efficiency: Since self-pressurization and monitoring systems reduce the need of manual handling, they thus make laboratories safer and more efficient.
3. Storage Economy: Proper storage of cryocans avoids the wastage of liquid nitrogen and, consequently, the loss of expensive samples.
4. Flexibility: Depending on whether the lab needs long-term storage or transport, different types of cryocans can be selected to perfectly complement its operational workflow.

Imagine a lab without proper LN2 storage as a freezer without temperature control-valuable samples are always at risk. With the laboratory cryocan, one can rest assured, thus allowing scientists and lab technicians to concentrate on research.

Choosing the Right Cryocan for Your Laboratory

Selecting the right cryocan container depends on your lab’s specific requirements:

• Long-Term Storage: Major series LN2 containers or Cryocenter series provide reliable static storage for months or even years.
• Short-Term Storage or Transportation: CryoCarrier or CryoTrans series are compact, portable, and convenient.
• Automation and Monitoring: Cryocenter series with level and temperature monitoring simplifies LN2 management, saving time and ensuring consistent sample preservation.

By understanding your lab’s workflow and storage needs, choosing the right cryocan for laboratory use becomes simple, efficient, and cost-effective.

Conclusion

A cryocan is more than just a simple storage device for liquid nitrogen. It is, in fact, a vital necessity in contemporary laboratory safety. Selecting an appropriate cryocan guarantees the stability and safety of samples until research proceeding may be performed. When your lab calls for storage for a lengthy period, short transfer, or automated LN2 transfer, the wrong cryocan could pose severe risks to those samples. Quality LN2 containers not only safeguard your samples but imply the costs of research on them: time, effort, money.

________________________________________

FAQs

Q.1: What is a cryocan container?

A.1: A cryocan container is an LN2 storage solution that maintains ultra-low temperature for safe sample preservation.

Q.2: Can cryocans be used for transportation?

A.2: Yes, series like CryoTrans and CryoCarrier are specifically designed for safe, short-distance LN2 transport.

Q.3: How long can samples be stored in LN2 containers?

A.3: Depending on the container type, LN2 storage can range from short-term to long-term preservation.

Q.4: Do all laboratory cryocans have monitoring systems?

A.4: Many modern cryocans, like the Cryocenter series, include liquid nitrogen level and temperature monitoring for better sample management.

Q.5: Is manual handling required for LN2 transfer?

A.5: Some cryocan containers feature self-pressurization for automatic LN2 transfer to freezers, minimizing manual effort.