Taylor Wharton 24 Series Small LN2 Freezer with 11" Canisters, 660+ Straw Capacity

The Taylor Wharton by IC Biomedical 24 Series Small LN2 Freezer is a specialized cryogenic storage system designed for laboratory and biorepository applications requiring reliable liquid nitrogen containment. This unit offers a 24-liter liquid nitrogen capacity with an impressive static hold time of up to 218 days, making it suitable for long-term preservation of biological samples. The freezer’s dimensions include a height of 27.3 inches and a 2.38-inch neck opening, accommodating up to six 11-inch canisters capable of storing more than 660 half-milliliter straws, essential for molecular diagnostics and bioprocessing workflows.

Key technical features include:

• Universal canister compatibility facilitating integration with various cryogenic storage accessories commonly used in biotechnology and biomanufacturing.
• Dual configuration options to address diverse laboratory needs.
• Compact design that fits standard shipping boxes and containers for ease of transport and sample distribution.
• Rugged, ribbed high-strength aluminum construction and a magneformed necktube design for enhanced durability and thermal efficiency.
• Advanced insulation technology providing superior vacuum performance and maximum hold times critical for synthetic biology and cell imaging sample preservation.
• A lockable lid with an enlarged opening allows for secure sealing using locks or ties, ensuring sample integrity in clinical diagnostics and live-cell imaging research environments.
• Optional roller base enhances mobility within laboratory or biorepository settings.

This LN2 freezer is widely used in research fields such as biotechnology, molecular biology, and biomedical engineering, playing a critical role in biopharmaceutical production pipelines, gene editing projects, and cryopreservation protocols. Its combination of durability, storage capacity, and insulation performance supports essential molecular cloning workflows and long-term biological specimen storage in synthetic biology research.