IC Biomedical Dewars with Rack Storage Systems, 35 Liters, 4.0" Neck ID_1085439
Representative image only

IC Biomedical Dewars with Rack Storage Systems, 35 Liters, 4.0" Neck ID

The IC Biomedical Dewars with Rack Storage Systems, 35 Liters, 4.0" Neck ID, provide secure and long-term storage solutions for biological samples such as cells and tissues. Designed to safely store samples for up to eleven months without replenishing liquid nitrogen, these Dewars offer cost-effective cryogenic preservation with flexible storage options.

Product Features

  • Safely store samples up to eleven months without replenishing liquid nitrogen
  • Canisters hold samples in vapor or liquid phase depending on liquid nitrogen level
  • Temperature range maintained from –184°C under closed necktube core to –196°C at liquid nitrogen level
  • Available in seven capacities and three neck diameters to suit various storage requirements
  • Lightweight design with ribbed-body for easy handling
  • High-strength aluminum construction for enhanced durability
  • Includes canisters or racks to accommodate cryogenic vials, tubes, or sample containers
  • Numbered canister handles for easy identification and sample retrieval
  • Optional roller base available for convenient transport
  • Use measuring rod 03778-60 (sold separately) to monitor and maintain proper liquid nitrogen levels

Benefits

  • Extended static hold times reduce maintenance and operational costs
  • Flexible rack and canister options tailored to diverse sample storage needs
  • Durable yet lightweight construction for safe handling and longevity
  • Maintains critical cryogenic temperatures ensuring sample integrity

Why Choose IC Biomedical Dewars with Rack Storage Systems?

Ideal for laboratories and biobanks requiring reliable, long-term cryogenic storage, these Dewars provide secure sample preservation combined with ease of use and durable design. Their flexible storage system supports efficient sample management and retrieval.

Over 40,000 Customers Trust John Morris