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Ultra-low temperature freezers typically operate within the -60°C to -86°C range. These are used in medical facilities to store biological samples like plasma, blood, enzymes, or organ tissues.
As with any critical piece of lab equipment, lack of maintenance can lead to sub-optimal ULT freezer performance—this is detrimental to the samples stored in the freezer.
Vaccine, drug, tissue, serum, and other biological sample preservation requires biopharmaceutical refrigerators with precise temperature and humidity control.
The global biomedical refrigerators and freezers market is predicted to amount to nearly 5 billion USD by 2026.
The reason why the pharma cold chain is a billion-dollar industry is simple: pharmaceutical and healthcare industries are required to deliver high-quality products. For that, they need state-of-the-art cold storage solutions to preserve biological samples and maintain their intended efficacy.
Every facility has its unique cold storage needs when it comes to medical refrigeration. Biomedical research laboratories need refrigeration to store critical samples at precisely controlled temperatures, while medical clinics may need it to store medication, vaccines, blood bags, or organs for transplant.
Ultra low temperature freezers, or ULT freezers, can maintain a temperature range between -40 and -86°C. They are a critical aspect of biomedical research, biobanking, and pharmaceutical laboratories. These freezers are used in applications where biological samples, drugs, enzymes, and tissue samples need to be preserved long-term, in precisely controlled temperature settings.
