Taylor Wharton LS4800 Cryogenic Sample Storage Dewar with CS100 Controller (4800x2.0ml vials)

The Taylor Wharton LS4800 Cryogenic Sample Storage System equipped with the CS100 Controller is engineered for large-scale biotechnological and clinical sample storage requiring ultra-low temperature conditions. This high-strength liquid nitrogen (LN2) dewar supports the containment of up to 4800 x 2.0 ml vials, optimized for molecular diagnostics, cell banking, and bioprocessing applications.

Key technical features include:

• Vacuum-insulated, ribbed high-strength aluminum body with a magniformed necktube design for enhanced durability and superior thermal performance.
• Superior vacuum retention and super insulation technology ensure extended static holding times, significantly reducing LN2 consumption and operational costs.
• Integrated storage system featuring a rack index location ring and an internal location spider for precise vial organization and efficient inventory management compatible with computer tracking systems.
• Safety and security are enhanced with an optional low-level LN2 alarm system that supports remote monitoring capabilities, minimizing the risk of sample loss.
• Convenience features include a lockable lid and a roller base mobility option to facilitate laboratory handling and transport.
• The system comes complete with necktube core and storage racks, while storage boxes and vials are supplied separately.
• Backed by a 5-year vacuum warranty confirming robust construction quality and reliability.

This cryogenic storage solution is critical for biomedical engineering, synthetic biology, and biomanufacturing workflows where long-term preservation of biological samples such as DNA, RNA, proteins, or cell lines is essential. The LS4800’s large volume capacity and controlled storage environment make it widely adopted in gene editing, molecular cloning workflows, and clinical diagnostics requiring dependable cryogenic storage management.

In summary, the LS4800 with CS100 controller delivers a technically advanced, secure, and cost-efficient cryogenic storage system widely used across biotechnology research fields and biopharmaceutical production pipelines.