Taylor Wharton by IC Biomedical LS6000 Cryogenic Sample Storage Dewar for 6,000 x 2.0 ml Vials

The Taylor Wharton by IC Biomedical LS6000 Cryogenic Sample Storage system is engineered for large-scale biorepository applications requiring reliable cryogenic preservation of biological samples such as cells, proteins, and reagents. This LN2 dewar accommodates up to 6,000 vials of 2.0 ml vial size (12.5 mm O.D. internal thread), making it ideal for biotechnology, molecular diagnostics, and biomanufacturing workflows needing extensive sample inventories.

Key features include:

• Rugged ribbed aluminum construction with magniformed necktube for enhanced mechanical strength and durability in cold environments.
• Superior vacuum insulation delivering maximum hold times, reducing liquid nitrogen evaporation and minimizing refill frequency, essential for long-term storage in synthetic biology and gene editing research.
• Convenient box-type storage rack system with rack index location ring and internal location spider facilitating precise inventory management and compatibility with computerized tracking systems for bioprocessing labs.
• Security enhancements available such as a low-level liquid nitrogen alarm with remote monitoring capability, promoting sample integrity in clinical diagnostics.
• Optional mobility with roller base for ease of transport within biopharmaceutical production facilities.
• Lockable lid ensures sample security and contamination prevention during storage.
• Includes necktube core and sample racks; transfer hoses, storage boxes, and vials sold separately (recommended 3 cases of boxes and 6 cases of vials).

The LS6000 dewar is supported by a 5-year vacuum warranty, underscoring its reliability for critical cell imaging and biomedical engineering applications requiring stable cryo-storage. This system’s large capacity and robust design support the demands of molecular cloning workflows and extensive biotech sample archives. It’s widely adopted in synthetic biology research and biopharmaceutical production pipelines where operational efficiency and sample preservation are paramount.

This cryogenic storage solution ships on a pallet and is recommended for laboratories seeking durable, high-volume liquid nitrogen storage tailored to advanced biotechnology and clinical research settings.