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Protecting valuable biological samples for future scientific discovery
The Roslin Institute is internationally recognised for world-leading animal bioscience research. Located near Edinburgh in Scotland, the institute focuses on improving animal health and welfare, enhancing livestock production and studying how diseases develop and spread.
The institute handles large volumes of valuable biological material and relies heavily on reliable ultra-low temperature storage to protect important research samples over the long term.
Long-term sample preservation is essential for ongoing and future research projects. Maintaining stable storage conditions and ensuring equipment reliability are therefore key priorities for the institute.
Research at The Roslin Institute often depends on the preservation of irreplaceable biological samples collected over many years. Stable ultra-low temperature storage conditions are vital to ensure sample integrity and future usability.
“Long-term reliability and consistent temperature performance are essential for protecting valuable research materials.”
The institute uses PHCbi ultra-low temperature freezers to provide highly stable and dependable storage conditions for critical biological samples and research materials.
By maintaining reliable sample preservation infrastructure, researchers are able to support both current scientific studies and future discoveries.
The institute highlighted the importance of dependable freezer performance, efficient operation and strong long-term support for maintaining research continuity.
The Roslin Institute has used PHCbi ultra-low temperature freezers for many years as part of its laboratory infrastructure.
Long operational lifespan and dependable temperature control continue to support the institute’s storage requirements and help reduce risks associated with long-term sample preservation.
Advanced ultra-low temperature preservation with high storage capacity, energy-efficient operation and reliable long-term sample protection.
Cryogenic preservation solution designed for highly stable ultra-low temperature storage of sensitive biological samples.