Optimising Storage in Cryopreservation Units

CHICHESTER, U.K. - Nov. 26, 2024 - PRLog -- Efficient use of storage space in cryopreservation units is crucial for maintaining the integrity and accessibility of biological samples. The system offered for optimising storage in LN2 (liquid nitrogen) tanks helps laboratories make the most of their storage capacity, while ensuring easy identification and retrieval of samples. Here's how the process works:

1. Diminution of the LN2 Tanks' Footprint

A key feature of this system is its ability to reduce the footprint of LN2 tanks. By optimising the arrangement of storage units within the tank, more samples can be stored in less space. This compact storage solution maximises the number of samples without compromising accessibility.

2. Optimisation Through Mapping

Optimising storage is not just about reducing the size of the tanks; it's also about mapping the storage units to ensure they are used efficiently. By carefully organising and categorising samples, each one has a designated space, making retrieval straightforward and reducing the risk of misplacement.

Modular storage units, such as goblets and visotubes, can be uniquely identified, enabling labs to maximise the use of available space and maintain an organised system for quick sample retrieval.

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Cryolab: Experts in Advanced Cryogenic Storage Solutions

At Cryolab, we specialise in providing high-quality cryogenic storage tanks designed for the secure long-term preservation of biological materials.

The CryoNest® XL Storage Tank is engineered for the secure long-term cryopreservation of biological samples in liquid nitrogen. These 95-litre vessels feature a proprietary internal system with six racks, allowing for the storage of up to 24 different configurations. We believe we have created one of the most versatile and cost-effective LN2 vessels in the world.

Cryolab - Specialist in Cryogenic laboratory products for IVF (https://cryolab.co.uk/)