GasPak™ EZ Anaerobe Container System With Indicator, For GasPak™ EZ Incubation Containers

EZ Anaerobe Container System With Indicator, For GasPak™ EZ Incubation Containers, 547 Shelf Life, Produce Anaerobic, Microaerophilic or CO2 Enriched Environments

  • Manufacturer Part No: 260001
  • SECO Part No: 260001
  • Sold As:
  • Availability: loading

BD GasPak™ EZ container systems help generate anaerobic, microaerophilic or CO2-enriched environments without the addition of water or catalysts. Available in two convenient sizes, BD GasPak™ EZ incubation containers are constructed with non-breakable, chemical-resistant material designed to maintain a desired environment throughout incubation. Our standard incubation container holds up to 18 petri dishes, and our large container holds up to 33 BD GasPak EZ container racks, which secure petridishes and ease workflow. BD GasPak™ EZ container system sachets feature outer foil packaging that when opened, immediately activate the anaerobic, microaerophilic or CO2 enriched environments.

  • Three BD GasPak™ EZ incubation container sizes (10, 15 and 30 petri dish capacity)
  • Now available in a smaller size!
  • Small BD GasPak™ EZ incubation container and rack eases lab workflow
  • Allows for greater flexibility in loading the desired amount of plates or tubes (holds 10 plates)
  • No need to wait to fill a larger container to start incubation of plates
  • Small size minimizes storage space and cost
  • Containers are non-breakable and chemical resistant for maximum safety
  • Easy-close latches assure a secure, airtight seal
  • Removable petri dish racks ease workflow
  • Containers are customized to hold standard test tube racks for greater convenience
  • BD GasPak™ EZ sachets are designed for use in both the new BD GasPak™ EZ containers and the original BD GasPak™ 100 and BD GasPak™ 150 jars
  • Sachets require no water or catalyst for activation
  • Sachets are engineered to provide rapid gas generation to support bacterial growth
  • Anaerobe sachet has indicator attached, eliminating a step to increase lab efficiency and save time

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