Taylor Wharton XT20 Cryogenic Sample Storage Dewar with 6 x 5" Canisters, 180 x 2.0 ml Vial Capacity

The Taylor Wharton XT20 cryogenic sample storage dewar is engineered for long-term cryogenic storage of biological samples, ideal for applications in molecular diagnostics, bioprocessing, and synthetic biology. This LN2 dewar features a rugged ribbed aluminum body and magniformed necktube design to optimize durability and minimize weight, enhancing portability and sample safety.

Key features include:

• Capacity: Supports storage of up to 180 x 2.0 ml cryovials within (6) 5" canisters, enabling organized sample management critical for biomedical engineering and biomanufacturing workflows.
• Superior vacuum insulation with super insulation technology ensures extended static holding times, reducing LN2 consumption and maintaining cryogenic temperatures essential for preserving cell viability and integrity.
• Versatile storage system: Incorporates a tapered internal spider and a convenient canister index ring for efficient identification and retrieval of samples, supporting workflow efficiency in gene editing and cell imaging labs.
• Security features: Lockable lids protect stored materials, while an optional accessory low-level LN2 alarm with remote monitoring capability safeguards valuable samples from temperature deviations.
• Mobility: Optional roller base facilitates transport within laboratory environments and cryostorage facilities.
• Warranty: Backed by a 5-year vacuum warranty, ensuring reliability for critical molecular cloning and biopharmaceutical production applications.

The XT20 does not include straws, canes, or vials but comes complete with necktube core and canisters. Its robust construction combined with precise vacuum performance makes it widely adopted in research domains where stable, long-term storage of frozen samples is essential. This cryogenic storage unit is fundamental in clinical diagnostics, live-cell imaging, and neuroimaging research requiring secure preservation at liquid nitrogen temperatures.