A laboratory deep freezer is a specialised equipment that is designed to store biological samples, reagents and other perishable items at ultra-low temperatures.
They provide a stable environment to preserve the integrity of samples therefore they have become a critical part of various scientific fields.
Types of Laboratory Deep Freezers
Laboratory deep freezers come mainly in two types: ultra-low temperature (ULT) freezers and low-temperature freezers.
ULT freezers typically operate at temperatures ranging from -40°C to -86°C. They are essential for storing sensitive biological samples like DNA, RNA, proteins, and cell cultures.
Whereas low-temperature freezers are used to store less sensitive samples and reagents. They usually maintain temperatures between -20°C and -40°C.
Key Features of a Laboratory Deep Freezer
A laboratory deep freezer is an asset for any facility and the most important features that you must look into when selecting a freezer for your facility are:
Microprocessor Controller:
This is an advanced component that precisely manages the temperature settings, defrost cycles, and energy use. It keeps everything running smoothly ensuring consistent cooling and efficiency. Plus, it can give diagnostic alerts and even smart connectivity for remote control.
Thick PUF Insulation:
Having a thick insulation layer reduces heat transfer significantly. It keeps the internal temperature stable and the energy use down, so your samples stay safe and your energy bills don’t skyrocket.
Pull-out Drawers:
Pull-out drawers make accessing and organising your samples easy. You can slide them in and out effortlessly, making it simple to store and find what you need. They maximise storage space and improve visibility.
Quick Freezing Function:
This feature rapidly freezes fresh items by lowering the temperature quickly. It’s essential for preserving the integrity, structural quality, and biochemical properties of your samples. It also minimises ice crystal formation which can damage the cellular structure of the samples.
Frost Free:
The frost-free system prevents ice build-up inside the freezer. It automatically defrosts, ensuring consistent cooling and better storage space utilisation. No more manual defrosting, which means less maintenance and more focus on your research.
Applications of Laboratory Deep Freezer
Laboratory deep freezers are used in various scientific disciplines for the purpose of safeguarding vulnerable items. They are widely used in the following fields:
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Biological Research: Deep freezers are of utmost importance when it comes to storing biological samples that are sensitive to temperature fluctuations. This includes cell lines, genetic material, and tissue samples which are crucial for ongoing research and future studies.
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Medical Field: In medical laboratories, deep freezers are used to preserve blood samples, vaccines, and other medical specimens. This is essential for ensuring the efficacy and safety of these materials.
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Pharmaceutical Industry: The pharmaceutical industry relies heavily on deep freezers for storing drugs, enzymes, and other biochemical substances. Proper storage is crucial to maintaining the stability and effectiveness of these products.
Conclusion
Laboratory deep freezers are one of the most essential tools used for storing vulnerable items and safeguarding them. Their ability to maintain ultra-low temperatures ensures the longevity and integrity of critical samples and reagents.
As technology advances, we can expect even more efficient and sophisticated deep freezers, further enhancing their role in scientific discovery and innovation.
Being an industry leader, we offer the most technologically advanced laboratory deep freezers to help you safeguard your vulnerable items.
To learn more about our cutting-edge freezers and how they can meet your laboratory’s needs, visit the Elanpro website or contact us directly. Safeguard your vital research with Elanpro’s superior solutions.
