Taylor Wharton by IC Biomedical LS4800 Cryogenic Sample Storage System for 4800 x 2.0 ml Vials

The Taylor Wharton by IC Biomedical LS4800 is a specialized cryogenic sample storage system designed to hold up to 4800 x 2.0 ml vials for long-term preservation of biological samples. Engineered with a ribbed high-strength aluminum body and magniformed necktube, this LN2 dewar provides superior vacuum insulation for extended static holding times, minimizing liquid nitrogen consumption and operational costs.

Key technical features include:

• Rugged construction with durable paint and enhanced necktube design for improved thermal efficiency
• Convenient cryogenic vial storage with rack index location ring and internal spider for precise inventory management compatible with computerized tracking systems
• Superior vacuum performance ensuring maximum sample integrity during storage, critical for bioprocessing and molecular biology workflows
• Security features such as an optional low-level LN2 alarm with remote monitoring capability and a lockable lid for secure cryostorage
• Mobility options with an available roller base to support flexible laboratory configurations
• Comes complete with necktube core and specialized racks; note that storage boxes and vials are sold separately (boxes require 2 cases; vials require 5 cases)

This system is widely adopted in molecular diagnostics, biopharmaceutical production pipelines, and synthetic biology research, providing essential support for cryopreservation of cell lines, genetic materials, and biological reagents. Its large capacity and efficient insulation make it indispensable for labs focusing on gene editing, biomanufacturing, and advanced biotechnology applications.

The 5-year vacuum warranty underlines reliability for critical sample storage needs, while compliance with laboratory cold storage standards ensures the LS4800 meets the demands of clinical diagnostics and biomedical engineering facilities.

This cryogenic storage system supports long-term sample viability, making it a valuable asset for research professionals involved in live-cell imaging, fluorescence analysis, and neuroimaging sample preservation. The rugged design and system features contribute to lower total cost of ownership and streamlined laboratory inventory management for enhanced operational efficiency.