Ultra-Low Temperature Freezers

Biopharmaceutical organizations rely on ultra-low temperature storage to preserve sensitive biologic materials over extended periods.

Biologics such as monoclonal antibodies, cell and gene therapy materials, viral vectors, and mRNA-based therapeutics must be stored under strictly controlled conditions to maintain their biological activity and structural integrity.

High-capacity ULT storage systems with strong temperature uniformity ensure that these valuable materials remain stable across the entire storage chamber, providing reliable long-term preservation and supporting quality assurance throughout the product lifecycle. 

Biobanks manage large collections of biological samples, including plasma, serum, DNA, RNA, tissues, and cell lines - that must remain stable for many years or even decades.

When storing thousands to millions of samples, maintaining consistent temperatures across all shelves and storage zones becomes critical.

Ultra-low temperature storage systems with excellent chamber uniformity help ensure that every sample experiences identical storage conditions, protecting sample integrity and enabling reliable long-term research in academic institutions, hospitals, and national biobank programs. 

Many vaccines and advanced biologic products require ultra-low temperature conditions to maintain long-term stability during storage.

Sensitive materials such as mRNA-based vaccines and viral vector products can be affected by even minor temperature variations over time.

ULT storage systems designed for large-scale capacity and exceptional temperature uniformity help maintain consistent storage conditions across all stored materials, supporting the long-term preservation of temperature-sensitive biologic products.