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Revolutionizing Cryogenics: The Benefits of Isothermal Freezers

Introduction

When it comes to laboratory sample storage, maintaining temperature consistency and ensuring sample integrity are non-negotiable priorities. Isothermal Freezers are an advanced solution designed to address the limitations of traditional liquid nitrogen freezers while offering greater safety, efficiency, and sample protection. Here, we explore the advantages of these unique freezers and how they can enhance your laboratory operations.

Temperature Uniformity and Superior Sample Integrity

One of the standout features of an Isothermal Freezer is its unique jacketed design. Unlike ordinary liquid nitrogen freezers, the liquid nitrogen (LN2) in Isothermal Freezers is contained in a space between the inner chamber and the outer walls. This configuration blankets the storage area with an interior LN2 wall, creating a uniform temperature environment. The result? Improved sample preservation without the risk of temperature fluctuations.

 

Additionally, the dry storage environment eliminates contact between liquid nitrogen and samples, addressing a critical concern in traditional systems where LN2 leakage into vials can cause shrinkage, sample damage, or even vial explosions upon warming.

Enhanced Safety for Staff and Samples

Safety is paramount in any laboratory setting, and Isothermal Freezers excel in this regard. By eliminating direct contact with liquid nitrogen, these freezers minimize the risks associated with LN2 splashing or leaking.1 The jacketed design protects your technicians by ensuring that the storage area remains completely dry, reducing the potential for accidents and contamination.

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Increased Storage Space

Isothermal Freezers offer a smart design advantage by eliminating the need for liquid nitrogen pooling at the bottom of the chamber. Traditional cryogenic freezers often sacrifice up to six inches of usable storage space to accommodate pooled LN2. In contrast, Isothermal Freezers maximize storage capacity, allowing laboratories to store more samples without compromising on safety or accessibility.

Reduced Risk of Cross-Contamination

The risk of cross-contamination is a significant challenge in laboratories, especially when dealing with sensitive or hazardous samples. Studies have shown that viral, bacterial, and fungal pathogens can survive in liquid nitrogen. By providing a dry storage environment, an Isothermal Freezer can greatly reduce the chances of pathogen transfer and ensure the integrity of stored samples.

Convenient Configurations for Diverse Needs

Isothermal Freezers are available in two configurations to accommodate varying laboratory requirements:

 

  • V Series Isothermal Freezers: Featuring a wide lid opening, the V Series allows for quick and easy access to all racks. This design reduces exposure to ambient temperatures and ensures consistent temperature maintenance during sample retrieval.

 

  • Carousel V Series Isothermal Freezers: Ideal for laboratories with ceiling height restrictions, the carousel models feature a rectangular lid opening for targeted access. This design minimizes disruption and maintains low LN2 costs while enabling efficient sample management.

 

Advanced Monitoring Capabilities

In today’s connected world, remote monitoring has become a vital tool for ensuring sample performance. Isothermal Freezers equipped with optional SenseAnywhere technology provide 24/7 wireless monitoring and secure cloud storage. Laboratory staff can track freezer performance and receive alerts from anywhere, ensuring peace of mind and uninterrupted operations.

Why Choose Isothermal Freezers?

Investing in an Isothermal Freezer is a step toward optimizing your laboratory’s efficiency, safety, and reliability. With their innovative jacketed design, these freezers provide:

 

  • Unmatched Temperature Uniformity: Ensuring consistent conditions for sample storage.
  • Enhanced Safety Features: Protecting staff and samples from risks associated with liquid nitrogen.
  • Increased Storage Efficiency: Offering more usable space than traditional LN2 freezers.
  • Reduced Contamination Risks: Keeping your samples safe from harmful pathogens.
  • Flexible Access Options: Designed for both standard and restricted laboratory spaces.
  • Remote Monitoring: Ensuring seamless oversight of sample conditions.
 

Conclusion

Isothermal Freezers represent a significant advancement in cryogenic storage technology. By combining cutting-edge features with robust safety measures, they address the challenges of traditional systems and set a new standard for laboratory sample storage. With temperature consistency, contamination prevention, and safety benefits, Isothermal Freezers deliver unmatched performance to meet your needs.

 

Upgrade your laboratory storage solution today and experience the difference that Isothermal Freezers can make.